Class CommonModel

java.lang.Object

common.definitions.CommonModel

All Implemented Interfaces:

CommonConstants, BlockingRegionDefinition, ClassDefinition, SimulationDefinition, StationDefinition, EngineNodeConstants

Direct Known Subclasses:

JSimGraphModel, JSIMModel

public class CommonModel
extends Object
implements CommonConstants, ClassDefinition, StationDefinition, SimulationDefinition, BlockingRegionDefinition

Created by IntelliJ IDEA. User: OrsotronIII Date: 24-mag-2005 Time: 9.46.43

Nested Class Summary

Nested Classes

Modifier and Type	Class	Description
protected class	CommonModel.BlockingClassData	This class is used to store blocking region / class data
class	CommonModel.BlockingGroupData	This class is used to store blocking region / group data
protected class	CommonModel.BlockingRegionData	This class is used to store blocking region data
protected class	CommonModel.ClassData	This class packs altogether customer class parameters.
protected class	CommonModel.Connection	This class represents a connection between two stations.
protected static class	CommonModel.KeyComparator	This class implements the comparator for search keys.
protected class	CommonModel.LoggerGlobalParameters
protected class	CommonModel.MeasureData	This class contains all of the parameters to define a simulation measure, e.g.
protected class	CommonModel.StationClassData	This class contains all of the data which can be defined for a combination of class and station.
protected class	CommonModel.StationData	This class packs altogether station parameters.
class	CommonModel.TransitionModeData

Field Summary

Fields

Modifier and Type	Field	Description
protected Vector<Object>	blockableKeyset	search key set of blockable stations
protected HashMap<Object,Object>	blockingDataHM	Hashmap containing blocking region parameters
protected BDMap	blockingDetailsBDM	BDMap containing a set of blocking region details for each blocking region and each class.
protected Vector<Object>	blockingRegionsKeyset	search key set of blocking regions
protected HashMap<Object,Object>	classDataHM	Hashmap for classes parameters
protected Vector<Object>	classesKeyset	search key set of all classes
protected Vector<Object>	classSwitchesKeyset	search key set of class switches
protected Vector<Object>	closedClassesKeyset	search key set of closed classes
protected BDMap	connectionsBDM	BDMap containing station connections.
protected static JSimLogger	debugLog
protected Vector<Object>	delaysKeyset	search key set of delays
protected Boolean	disableStatistic
protected Vector<Object>	forksKeyset	search key set of forks
protected long	incrementalKey
protected Vector<Object>	joinsKeyset	search key set of joins
protected static Comparator<Object>	keyComparator
protected CommonModel.LoggerGlobalParameters	loggerGlbParams
protected Vector<Object>	loggersKeyset	search key set of loggers
protected Double	maxDuration
protected Integer	maxEvents
protected Integer	maxSamples
protected Double	maxSimulatedTime
protected HashMap<Object, CommonModel.MeasureData>	measureDataHM	Hashmap containing measure parameters
protected Vector<Object>	measuresKeyset	search key set of measures
protected Vector<Object>	openClassesKeyset	search key set of open classes
protected Vector<Object>	placesKeyset	search key set of places
protected Double	pollingInterval
protected Vector<Object>	preloadableKeyset	search key set of preloadable stations
protected MeasureDefinition	results
protected Vector<Object>	routersKeyset	search key set of routers
protected boolean	save
protected Vector<Object>	scalersKeyset	search key set of scalers
protected Long	seed
protected Vector<Object>	semaphoresKeyset	search key set of semaphores
protected Vector<Object>	serversKeyset	search key set of servers
protected BDMap	serverTypeDistributionsBDM	BDMap containing service time distributions for each server type and class.
protected HashMap<Object, ServerType>	serverTypesHM	Hashmap containing Server Types
protected Vector<Object>	sinksKeyset	search key set of sinks
protected Vector<Object>	sourcesKeyset	search key set of sources
protected HashMap<Object,Object>	stationDataHM	Hashmap containing station parameters
protected BDMap	stationDetailsBDM	BDMap containing a set of station details for each station and each class.
protected Vector<Object>	stationsKeyset	search key set of all stations
protected Vector<Object>	terminalsKeyset	search key set of terminals
protected Vector<Object>	transitionsKeyset	search key set of transitions
protected Boolean	useRandomSeed

Fields inherited from interface CommonConstants

ALL_CLASSES, ALL_MODES, ALL_STATIONS, BALKINGSTRATEGY_DESCRIPTION, BATCH_SIMULATION_DESCRIPTION, BLOCKING_DESCRIPTION, CLASS_TYPE_CLOSED, CLASS_TYPE_OPEN, CLASSES_DESCRIPTION, COMPATIBILITIES_DESCRIPTION, CONNECTIONS_DESCRIPTION, CONVERSION_WARNING_DESCRIPTION, DIM_BUTTON_L, DIM_BUTTON_M, DIM_BUTTON_S, DIM_BUTTON_XL, DIM_BUTTON_XS, DISTRIBUTION_BATCH, DISTRIBUTION_BERNOULLI_DISCRETE, DISTRIBUTION_BINOMIAL_DISCRETE, DISTRIBUTION_BURST, DISTRIBUTION_COXIAN, DISTRIBUTION_DETERMINISTIC, DISTRIBUTION_ERLANG, DISTRIBUTION_EXPONENTIAL, DISTRIBUTION_GAMMA, DISTRIBUTION_HYPEREXPONENTIAL, DISTRIBUTION_LOGNORMAL, DISTRIBUTION_MAP, DISTRIBUTION_MMPP2, DISTRIBUTION_NORMAL, DISTRIBUTION_PARETO, DISTRIBUTION_PHASETYPE, DISTRIBUTION_POISSON_DISCRETE, DISTRIBUTION_REPLAYER, DISTRIBUTION_SHIFTED_GEOMETRIC_DISCRETE, DISTRIBUTION_UNIFORM, DISTRIBUTION_UNIFORM_DISCRETE, DISTRIBUTION_WEIBULL, DISTRIBUTION_ZIPF_DISCRETE, FINITE_BLOCK, FINITE_DROP, FINITE_RETRIAL, FINITE_WAITING, FORK_CLASS_SWITCH, FORK_COMBINATION, FORK_MULTI_BRANCH_CLASS_SWITCH, FORK_PROBABILITIES, heightScaling, HTML_END, HTML_FONT_NOR_END, HTML_FONT_NORM, HTML_FONT_TIT_END, HTML_FONT_TITLE, HTML_START, IMG_JABAICON, IMG_JMCHICON, IMG_JMODELICON, IMG_JMVAICON, IMG_JSIMICON, IMG_JWATICON, IMG_SUITEICON, INFINITE_CAPACITY, JABA, JMVA, JOIN_MIX, JOIN_NORMAL, JOIN_PARTIAL, JSIM, JWAT, LARGE_ICON_SIZE_MENU_BAR, LARGE_ICON_SIZE_TOOL_BAR, LDROUTING_DESCRIPTION, LDSERVICE_DESCRIPTION, MAX_GUI_HEIGHT_ABOUT, MAX_GUI_HEIGHT_COMMON, MAX_GUI_HEIGHT_DIALOG_DEFAULT, MAX_GUI_HEIGHT_JABA, MAX_GUI_HEIGHT_JMCH, MAX_GUI_HEIGHT_JMVA, MAX_GUI_HEIGHT_JSIM_DISTRIB, MAX_GUI_HEIGHT_JSIM_PROBLEMS, MAX_GUI_HEIGHT_JSIM_RESULTS, MAX_GUI_HEIGHT_JSIM_STAT_OUTPUT, MAX_GUI_HEIGHT_JWAT, MAX_GUI_HEIGHT_JWAT_COLOR, MAX_GUI_HEIGHT_JWAT_STARTSCREEN, MAX_GUI_HEIGHT_LDEDITING, MAX_GUI_HEIGHT_LDHELP, MAX_GUI_HEIGHT_LDROUTING, MAX_GUI_HEIGHT_LDSTRATEGY, MAX_GUI_HEIGHT_POLLING, MAX_GUI_HEIGHT_PSSERVER, MAX_GUI_HEIGHT_QUICKHTML, MAX_GUI_HEIGHT_SERVER_FEATURES, MAX_GUI_HEIGHT_STARTSCREEN, MAX_GUI_HEIGHT_WHATIF_PROGRESS, MAX_GUI_HEIGHT_WHATIF_RESULTS, MAX_GUI_WIDTH_ABOUT, MAX_GUI_WIDTH_COMMON, MAX_GUI_WIDTH_DIALOG_DEFAULT, MAX_GUI_WIDTH_JABA, MAX_GUI_WIDTH_JMCH, MAX_GUI_WIDTH_JMVA, MAX_GUI_WIDTH_JSIM_DISTRIB, MAX_GUI_WIDTH_JSIM_PROBLEMS, MAX_GUI_WIDTH_JSIM_RESULTS, MAX_GUI_WIDTH_JSIM_STAT_OUTPUT, MAX_GUI_WIDTH_JWAT, MAX_GUI_WIDTH_JWAT_COLOR, MAX_GUI_WIDTH_JWAT_STARTSCREEN, MAX_GUI_WIDTH_LDEDITING, MAX_GUI_WIDTH_LDHELP, MAX_GUI_WIDTH_LDROUTING, MAX_GUI_WIDTH_LDSTRATEGY, MAX_GUI_WIDTH_POLLING, MAX_GUI_WIDTH_PSSERVER, MAX_GUI_WIDTH_QUICKHTML, MAX_GUI_WIDTH_SERVER_FEATURES, MAX_GUI_WIDTH_STARTSCREEN, MAX_GUI_WIDTH_WHATIF_PROGRESS, MAX_GUI_WIDTH_WHATIF_RESULTS, MAX_NUMBER_OF_CLASSES, MAX_NUMBER_OF_GROUPS, MAX_NUMBER_OF_PHASES, MAX_NUMBER_OF_REGIONS, MAX_NUMBER_OF_STATIONS, MAX_SMALL_ICON_SCREEN_HEIGHT, MAX_SMALL_ICON_SCREEN_WIDTH, MEASURE_LOG_DESCRIPTION, MEASURES_DESCRIPTION, METRIC_CONFIGURATIONS_DESCRIPTION, PAR1, PAR2, PARAMETRIC_ANALYSIS_DESCRIPTION, QUEUE_STRATEGY_DPS, QUEUE_STRATEGY_EDD, QUEUE_STRATEGY_EDF, QUEUE_STRATEGY_FCFS, QUEUE_STRATEGY_FCFS_PR, QUEUE_STRATEGY_GPS, QUEUE_STRATEGY_LCFS, QUEUE_STRATEGY_LCFS_PR, QUEUE_STRATEGY_LEPT, QUEUE_STRATEGY_LJF, QUEUE_STRATEGY_PS, QUEUE_STRATEGY_QBPS, QUEUE_STRATEGY_RAND, QUEUE_STRATEGY_SEPT, QUEUE_STRATEGY_SJF, QUEUE_STRATEGY_SRPT, QUEUE_STRATEGY_TBS, REFSOURCE_DESCRIPTION, ROUTING_CLASS_SWITCH, ROUTING_DISABLED, ROUTING_FASTESTSERVICE, ROUTING_LEASTUTILIZATION, ROUTING_LOADDEPENDENT, ROUTING_POWER_OF_K, ROUTING_PROBABILITIES, ROUTING_RANDOM, ROUTING_ROUNDROBIN, ROUTING_SHORTESTQL, ROUTING_SHORTESTRT, ROUTING_WEIGHTED_ROUNDROBIN, ROW_HEIGHT, SEMAPHORE_NORMAL, SERVER_FEATURE_CLASS_PARALLELISM, SERVER_FEATURE_DELAY_OFF_STRATEGIES, SERVER_FEATURE_PREEMPTIVE_STRATEGIES, SERVER_FEATURE_SCHEDULING_POLICY, SERVER_FEATURE_SERVER_COMPATIBILITIES, SERVER_FEATURE_SERVER_NAMES, SERVER_FEATURE_SERVERS_PER_SERVER_TYPE, SERVER_FEATURE_SETUP_STRATEGIES, SERVER_FEATURE_SWITCHOVER_STRATEGIES, SERVER_FEATURE_VACATION_STRATEGY, SERVER_PARAMETER_ADVANCED_FEATURES, SERVER_SETTINGS_DESCRIPTION, SERVER_VACATION_DESCRIPTION, SERVICE_DISABLED, SERVICE_LOAD_DEPENDENT, SERVICE_LOAD_INDEPENDENT, SERVICE_ZERO, SIMENGINE, SIMULATION_DESCRIPTION, SMALL_ICON_SIZE_MENU_BAR, SMALL_ICON_SIZE_TOOL_BAR, STATION_NAMES, STATION_QUEUE_STRATEGY_NON_PREEMPTIVE, STATION_QUEUE_STRATEGY_NON_PREEMPTIVE_PRIORITY, STATION_QUEUE_STRATEGY_POLLING, STATION_QUEUE_STRATEGY_POLLING_EXHAUSTIVE, STATION_QUEUE_STRATEGY_POLLING_GATED, STATION_QUEUE_STRATEGY_POLLING_LIMITED, STATION_QUEUE_STRATEGY_PREEMPTIVE, STATION_QUEUE_STRATEGY_PREEMPTIVE_PRIORITY, STATION_QUEUE_STRATEGY_PS, STATION_QUEUE_STRATEGY_PSSERVER, STATION_QUEUE_STRATEGY_PSSERVER_PRIORITY, STATION_SCHEDULING_POLICY_ALFS, STATION_SCHEDULING_POLICY_ALIS, STATION_SCHEDULING_POLICY_FAIRNESS, STATION_SCHEDULING_POLICY_FSF, STATION_SCHEDULING_POLICY_ORDER, STATION_SCHEDULING_POLICY_RAIS, STATION_TYPE_CLASSSWITCH, STATION_TYPE_DELAY, STATION_TYPE_FORK, STATION_TYPE_JOIN, STATION_TYPE_LOGGER, STATION_TYPE_PLACE, STATION_TYPE_ROUTER, STATION_TYPE_SCALER, STATION_TYPE_SEMAPHORE, STATION_TYPE_SERVER, STATION_TYPE_SINK, STATION_TYPE_SOURCE, STATION_TYPE_TERMINAL, STATION_TYPE_TRANSITION, STATION_VACATION_POLICY_BERNOULLI, STATION_VACATION_POLICY_MULTIPLE, STATION_VACATION_POLICY_NONE, STATION_VACATION_POLICY_SINGLE, STATIONS_DESCRIPTION, STATIONS_PAR_DESCRIPTION, SWITCHOVER_ZERO, TIMING_STRATEGY_IMMEDIATE, TIMING_STRATEGY_TIMED, WARNING_CLASS, WARNING_CLASS_INCOMING_ROUTING, WARNING_CLASS_OUTGOING_ROUTING, WARNING_CLASS_STATION, WARNING_INCOMING_ROUTING, WARNING_MULTI_CLASS, WARNING_OUTGOING_ROUTING, WARNING_STATION, widthScaling

Fields inherited from interface SimulationDefinition

MEASURE_AR, MEASURE_BR, MEASURE_CHR, MEASURE_DR, MEASURE_E, MEASURE_EU, MEASURE_FCR_MO, MEASURE_FCR_TW, MEASURE_FJ_CN, MEASURE_FJ_RP, MEASURE_FX, MEASURE_L, MEASURE_NS, MEASURE_OS, MEASURE_OT, MEASURE_P, MEASURE_QL, MEASURE_QT, MEASURE_RD, MEASURE_RN, MEASURE_RP, MEASURE_RP_PER_SINK, MEASURE_RT, MEASURE_S_BR, MEASURE_S_CN, MEASURE_S_DR, MEASURE_S_E, MEASURE_S_L, MEASURE_S_P, MEASURE_S_RN, MEASURE_S_RP, MEASURE_S_RT, MEASURE_S_T, MEASURE_S_X, MEASURE_T, MEASURE_U, MEASURE_X, MEASURE_X_PER_SINK

Fields inherited from interface StationDefinition

STATION_NAME, STATION_NUMBER_OF_SERVERS, STATION_QUEUE_CAPACITY, STATION_TYPE

Constructor Summary

Constructors

Constructor	Description
CommonModel()	Creates a new instance of CommonModel

Method Summary

Modifier and Type	Method	Description
protected void	addBlockingDetails(Object regionKey)	Adds blocking region details, given the search key
protected void	addBlockingDetailsForClass(Object classKey)	Adds blocking region details for a class, given the search key
Object	addBlockingRegion(String name, String type)	Adds a new blocking region to the model
Object	addClass(String name, int type, Integer priority, Double softDeadline, Integer population, Object distribution)	Adds a new class to the model and sets all class parameters at once.
void	addClassIntoRegionGroup(Object regionKey, int index, Object classKey)	Adds a class to a group for a blocking region
Object	addMeasure(String type, Object stationKey, Object classKey)	Adds a new measure for specified class and station (or region)
Object	addMeasure(String type, Object stationKey, Object classKey, Double alpha, Double precision, boolean log)	Adds a new measure for specified class and station (or region)
void	addRegionGroup(Object regionKey, String name)	Adds a new group to a blocking region
boolean	addRegionStation(Object regionKey, Object stationKey)	Adds a station to a blocking region
void	addServerType(Object stationKey, int change)	This method adds a server type
void	addServerType(Object stationKey, String serverName, int serversPerServerType, List<Boolean> serverCompatibilities, boolean trimName)
Object	addStation(String name, String type, int nextServerNum, List<ServerType> servers)	Adds a new station to the model, given the station name and type.
protected void	addStationDetails(Object key)	Adds station details, given the search key.
protected void	addStationDetailsForClass(Object key)	Adds station details for a class, given the search key.
void	addTransitionMode(Object stationKey, String name)	Adds a new mode for transition stationKey.
boolean	areConnectable(Object sourceKey, Object targetKey)	Tells whether two stations can be connected
boolean	areConnected(Object sourceKey, Object targetKey)	Tells whether two stations are connected
protected boolean	canBeConnected(Object sourceKey, Object targetKey)	Tells whether two stations can be connected.
boolean	canRegionStationBeAdded(Object regionKey, Object stationKey)	Tells if a station can be added to a blocking region (all the stations that create or destroy jobs cannot be added)
protected boolean	canStationTypeBeBlocked(String stationType)	Tells if a station of a given type can be added to a blocking region (all the stations that create or destroy jobs cannot be added)
boolean	containsSimulationResults()	Tells if current model contains simulation results
void	deleteAllRegionGroups(Object regionKey)	Deletes all the groups from a blocking region
protected void	deleteBlockingDetails(Object regionKey)	Deletes blocking region details, given the search key
protected void	deleteBlockingDetailsForClass(Object classKey)	Deletes blocking region details for a class, given the search key
void	deleteBlockingRegion(Object key)	Deletes a blocking region from the model
void	deleteClass(Object key)	Deletes a class from the model, given the search key.
void	deleteRegionGroup(Object regionKey, int index)	Deletes a group from a blocking region
void	deleteServerType(Object stationKey, int index)	This method deletes a server type
void	deleteStation(Object key)	Deletes a station from the model, given the search key.
protected void	deleteStationDetails(Object key)	Deletes station details, given the search key.
protected void	deleteStationDetailsForClass(Object key)	Deletes station details for a class, given the search key.
void	deleteTransitionMode(Object stationKey, int modeIndex)	Deletes a mode for transition stationKey.
List<String>	getAllTransitionModeNames(Object stationKey)	Returns the names of all the modes for transition stationKey.
Vector<Object>	getBackwardConnectedPlaces(Object stationKey)
Vector<Object>	getBackwardConnections(Object stationKey)	Returns a set of station keys specified station is connected to as a target.
Vector<Object>	getBlockableStationKeys()	Gets a vector of stations that can be added to a blocking region
Set<Object>	getBlockingRegionStations(Object regionKey)	Returns a set of all the stations in a blocking region
Object	getClassByName(String className)	Returns the search key for the class, given the class name.
Object	getClassDistribution(Object key)	Returns inter-arrival time distribution of the class, given the search key.
Vector<Object>	getClassKeys()	This method returns the key set of all classes.
String	getClassName(Object key)	Returns name of the class, given the search key.
Integer	getClassPopulation(Object key)	Returns population of the class, given the search key.
Integer	getClassPriority(Object key)	Returns priority of the class, given the search key.
Object	getClassRefStation(Object key)	Returns reference station of the class, given the search key.
Double	getClassSoftDeadline(Object key)	Returns soft deadline of the class, given the search key.
Double	getClassStationSoftDeadline(Object stationKey, Object classKey)
float	getClassSwitchMatrix(Object stationKey, Object classInKey, Object classOutKey)	Returns the cell (classInKey, classOutKey) of the class switch matrix for station stationKey.
int	getClassType(Object key)	Returns type of the class, given the search key.
Vector<Object>	getClosedClassKeys()	This method returns the key set of closed classes.
Object	getDelayOffTimeDistribution(Object stationKey, Object classKey)
Boolean	getDelayOffTimesEnabled(Object key)	Gets whether delay off times are enabled, given the search key.
Boolean	getDisableStatistic()	Tells if statistic check is disabled.
String	getDropRule(Object stationKey, Object classKey)	Returns drop rule associated with given station queue section if capacity is finite.
Integer	getEnablingCondition(Object stationKey, int modeIndex, Object stationInKey, Object classKey)	Returns the entry (stationInKey, classKey) of the enabling condition for transition stationKey and mode modeIndex.
Vector<Object>	getFCRegionKeys()	This method returns the key set of blocking regions.
Integer	getFiringOutcome(Object stationKey, int modeIndex, Object stationOutKey, Object classKey)	Returns the entry (stationOutKey, classKey) of the firing outcome for transition stationKey and mode modeIndex.
Integer	getFiringPriority(Object stationKey, int modeIndex)	Returns the firing priority for transition stationKey and mode modeIndex.
Object	getFiringTimeDistribution(Object stationKey, int modeIndex)	Returns the firing time distribution for transition stationKey and mode modeIndex.
Double	getFiringWeight(Object stationKey, int modeIndex)	Returns the firing weight for transition stationKey and mode modeIndex.
Vector<Object>	getFJKeys()	This method returns fork/join section keys.
Integer	getForkBlock(Object key)	Tells if a fork is blocking Author: Bertoli Marco
Object	getForkStrategy(Object stationKey, Object classKey)	Returns fork strategy for class and station, given their search keys.
Vector<Object>	getForwardConnections(Object stationKey)	Returns a set of station keys specified station is connected to as a source.
Boolean	getHeterogeneousServersEnabled(Object stationKey)
ImpatienceParameter	getImpatienceParameter(Object stationKey, Object classKey)	Returns impatience parameter associated with given station queue section.
ImpatienceType	getImpatienceType(Object stationKey, Object classKey)	Returns impatience type associated with given station queue section.
ServerType	getInfoForServerType(Object stationKey, int index)	This method returns a serverType given its station key and its order amongst the server types of that station
Integer	getInhibitingCondition(Object stationKey, int modeIndex, Object stationInKey, Object classKey)	Returns the entry (stationInKey, classKey) of the inhibiting condition for transition stationKey and mode modeIndex.
Boolean	getIsSimplifiedFork(Object key)	Tells if a fork is simplified Author: Bertoli Marco
Object	getJoinStrategy(Object stationKey, Object classKey)	Returns join strategy for class and station, given their search keys.
String	getLoggingGlbParameter(String selector)	Returns logging parameters for the Global logfile.
LoggerParameters	getLoggingParameters(Object stationKey)	Returns logging parameters for the logger.
Double	getMaximumDuration()	Returns maximum duration for simulation in seconds.
Double	getMaxSimulatedTime()	Returns maximum duration for simulation in time units.
Integer	getMaxSimulationEvents()	Returns maximum number of simulation events.
Integer	getMaxSimulationSamples()	Returns maximum number of simulation samples.
Double	getMeasureAlpha(Object measureKey)	Returns value for alpha parameter of a specific measure, given its search key.
Object	getMeasureClass(Object measureKey)	Returns search key for class this measure refers to.
Vector<Object>	getMeasureKeys()	Returns list of measure search keys
boolean	getMeasureLog(Object measureKey)	Tells if a measure should be logged
Double	getMeasurePrecision(Object measureKey)	Returns value for precision parameter of a specific measure, given its search key.
Object	getMeasureServerTypeKey(Object measureKey)	Returns search key for server type this measure refers to.
Object	getMeasureStation(Object measureKey)	Returns search key for station a certain measure refers to.
String	getMeasureType(Object measureKey)	Returns type of measure, given measure search key
int	getNumberOfDifferentServerTypes(Object stationKey)	This method returns the number of different server types
Integer	getNumberOfServers(Object stationKey, int modeIndex)	Returns the number of servers for transition stationKey and mode modeIndex.
Vector<Object>	getOpenClassKeys()	This method returns the key set of open classes.
ParametricAnalysisDefinition	getParametricAnalysisModel()	Returns the ParametricAnalysisModel
Double	getPollingInterval()	Returns polling interval for temporary measures.
Object	getPollingSwitchoverDistribution(Object stationKey, Object classKey)	Returns switchover period distribution for class and station, given their search keys.
Integer	getPreloadedJobs(Object stationKey, Object classKey)	Returns number of preloaded jobs at specified station for specified class.
Integer	getPreloadedJobsNumber(Object classKey)	Returns total number of preloaded jobs for specified class.
Double	getQuantumSize(Object key)
Double	getQuantumSwitchoverTime(Object key)
Integer	getQueueCapacity(Object stationKey, Object classKey)	Returns queue capacity for a station and a class, given their search keys.
String	getQueueStrategy(Object stationKey, Object classKey)	Returns queue strategy for a station and a class, given their search keys.
Integer	getRegionClassCustomerConstraint(Object regionKey, Object classKey)	Gets the customer number constraint for a blocking region and a class
Boolean	getRegionClassDropRule(Object regionKey, Object classKey)	Gets the drop rule for a blocking region and a class
Integer	getRegionClassMemorySize(Object regionKey, Object classKey)	Gets the memory size constraint for a blocking region and a class
Integer	getRegionClassSize(Object regionKey, Object classKey)	Gets the size of each job for a blocking region and a class
Double	getRegionClassSoftDeadline(Object regionKey, Object classKey)	Gets the soft deadline of each job for a blocking region and a class
Integer	getRegionClassWeight(Object regionKey, Object classKey)	Gets the weight of each job for a blocking region and a class
Integer	getRegionCustomerConstraint(Object regionKey)	Gets the global customer number constraint for a blocking region
List<Object>	getRegionGroupClassList(Object regionKey, int index)	Returns a list of classes in a group for a blocking region
Integer	getRegionGroupCustomerConstraint(Object regionKey, int index)	Gets the customer number constraint for a blocking region and a group
List<CommonModel.BlockingGroupData>	getRegionGroupList(Object regionKey)	Returns a list of the group data for a blocking region
Integer	getRegionGroupMemorySize(Object regionKey, int index)	Gets the memory size constraint for a blocking region and a group
String	getRegionGroupName(Object regionKey, int index)	Gets the name of a group for a blocking region
Vector<Object>	getRegionKeys()	Returns the entire set of blocking region keys
Integer	getRegionMemorySize(Object regionKey)	Gets the global memory size constraint for a blocking region
String	getRegionName(Object regionKey)	Gets the name of a blocking region
String	getRegionType(Object regionKey)	Gets the type of a blocking region
Integer	getResourceCondition(Object stationKey, int modeIndex, Object stationInKey, Object classKey)	Returns the entry (stationInKey, classKey) of the resource condition for server stationKey and modemodeIndex
Object	getRetrialDistribution(Object stationKey, Object classKey)	Returns retrial rate distribution for class and station, given their search keys.
Object	getRoutingStrategy(Object stationKey, Object classKey)	Returns routing strategy for class and station, given their search keys.
Object	getSemaphoreStrategy(Object stationKey, Object classKey)	Returns semaphore strategy for class and station, given their search keys.
Integer	getSemaphoreThreshold(Object stationKey, Object classKey)	Returns the threshold for semaphore stationKey and class classKey.
Integer	getServerNumRequired(Object stationKey, Object classKey)	Returns number of servers required for a specific class, given the search key.
ServerType	getServerType(Object serverKey)	This method returns Server Type given its key
Object	getServerTypeKey(Object stationKey, String name)	This method returns server type key given name and its station
Vector<Object>	getServerTypeKeys()	This method returns the key set of server Types.
List<String>	getServerTypeNames(Object stationKey)	This method returns the names of different server types
List<ServerType>	getServerTypes(Object stationKey)	This method returns all server types of station
String	getServerTypeStationName(Object serverKey)	This method returns a server type name with respect to its station given its key
Object	getServiceTimeDistribution(Object stationKey, Object classKey)	Returns service time distribution for class and station, given their search keys.
Object	getServiceTimeDistribution(Object stationKey, Object classKey, Object serverTypeKey)	Returns service time distribution for class, station and server type, given their search keys.
Double	getServiceWeight(Object stationKey, Object classKey)	Returns service weight for class and station, given their search keys.
Object	getSetupTimeDistribution(Object stationKey, Object classKey)
MeasureDefinition	getSimulationResults()	Returns last simulation results
Long	getSimulationSeed()	Gets seed for simulation.
Object	getStationBlockingRegion(Object stationKey)	Gets the blocking region of a station
Object	getStationByName(String stationName)	Returns the search key for the station, given the station name.
Vector<Object>	getStationKeys()	This method returns the key set of all stations.
Vector<Object>	getStationKeysClassSwitch()	This method returns the key set of class switches.
Vector<Object>	getStationKeysDelay()	This method returns the key set of delays.
Vector<Object>	getStationKeysFork()	This method returns the key set of forks.
Vector<Object>	getStationKeysJoin()	This method returns the key set of joins.
Vector<Object>	getStationKeysLogger()	This method returns the key set of loggers.
Vector<Object>	getStationKeysNoSourceSink()	This method returns all station (except sources and sinks) keys.
Vector<Object>	getStationKeysPlace()	This method returns the key set of places.
Vector<Object>	getStationKeysPreloadable()	This method returns the key set of preloadable stations.
Vector<Object>	getStationKeysRefStation()	This method returns reference station keys.
Vector<Object>	getStationKeysRouter()	This method returns the key set of routers.
Vector<Object>	getStationKeysScaler()	This method returns the key set of scalers.
Vector<Object>	getStationKeysSemaphore()	This method returns the key set of semaphores.
Vector<Object>	getStationKeysServer()	This method returns the key set of servers.
Vector<Object>	getStationKeysSink()	This method returns the key set of sinks.
Vector<Object>	getStationKeysSource()	This method returns the key set of sources.
Vector<Object>	getStationKeysTerminal()	This method returns the key set of terminals.
Vector<Object>	getStationKeysTransition()	This method returns the key set of transitions.
Integer	getStationMaxRunningJobs(Object key)	Returns max running jobs of the station, given the search key.
String	getStationName(Object key)	Returns name of the station, given the search key.
Integer	getStationNumberOfServers(Object key)	Returns number of servers of the station, given the search key.
Integer	getStationPollingServerKValue(Object key)	Returns k value for K polling servers, given the search key.
String	getStationPollingServerType(Object key)	Returns type of polling server, given the search key.
Integer	getStationQueueCapacity(Object key)	Returns queue capacity of the station, given the search key.
String	getStationQueueStrategy(Object key)	Returns queue strategy of the station, given the search key.
Vector<Object>	getStationRegionKeysNoSourceSink()	This method returns all station (except sources and sinks) and blocking region keys.
String	getStationSchedulingPolicy(Object key)	This method returns scheduling policy of a station
Integer	getStationTotalCapacity(Object key)	Returns total capacity of the station, given the search key.
String	getStationType(Object key)	Returns type of the station, given the search key.
VacationParameters	getStationVacationParameters(Object stationKey)
String	getStationVacationPolicy(Object stationKey)
Object	getSwitchoverTimeDistribution(Object stationKey, Object fromClassKey, Object toClassKey)	Returns setup time distribution for class and station, given their search keys.
Boolean	getSwitchoverTimesEnabled(Object key)	Gets whether setup times are enabled, given the search key.
int	getTotalClosedClassPopulation()	Returns total population of closed classes
int	getTransitionModeListSize(Object stationKey)	Returns the size of the mode list for transition stationKey.
String	getTransitionModeName(Object stationKey, int modeIndex)	Returns the name of mode modeIndex for transition stationKey.
protected String	getUniqueClassName(String name)	Returns given name if a class with the same name does not exist or makes it unique
protected String	getUniqueRegionName(String name)	Returns given name if a blocking region with the same name does not exist or makes it unique
protected String	getUniqueStationName(String name)	Returns given name if a station with the same name does not exist or makes it unique
protected String	getUniqueTransitionModeName(Object key, String name)	Returns given name if a mode with the same name does not exist or makes it unique for a transition
Boolean	getUseRandomSeed()	Tells if random seed is used.
Integer	getWhatIfParallelism()	Returns the number of simulations to be run in parallel during what if analysis.
boolean	isAnimationEnabled()	Tells if queue animation is enabled
boolean	isFCRMeasure(String type)	Tells if a given measure is for blocking regions only
boolean	isFJMeasure(String type)	Tells if a given measure is for fork/join sections only
boolean	isGlobalMeasure(String type)	Tells if a given measure is global
boolean	isParametricAnalysisEnabled()	Tells if parametric analysis is enabled
boolean	isServerTypeKey(Object serverKey)	This method returns true if it is a serverTypeKey
boolean	isSinkMeasure(String type)	Tells if a given measure is for sinks only
protected boolean	isStationTypePreloadable(String stationType)	Tells if a given station type is preloadable
void	manageJobs()	This method is used to manage number of jobs for every class.
void	manageProbabilities()	Manages the routing, fork and class switch probabilities.
void	normalizeClassSwitchProbabilities(Object classKey, Map values, Number example)	Normalizes the class switch probabilities.
void	normalizeForkProbabilities(Map<Object,Double> values)	Normalizes the fork probabilities.
void	normalizeRoutingProbabilities(Object stationKey, Object classKey, Map<Object,Double> values)	Normalizes the routing probabilities.
void	removeAllClassesFromRegionGroup(Object regionKey, int index)	Removes all the classes from a group for a blocking region
void	removeClassFromRegionGroup(Object regionKey, int index, Object classKey)	Removes a class from a group for a blocking region
void	removeMeasure(Object measureKey)	Removes a measure from list, given its search key
void	removeRegionStation(Object regionKey, Object stationKey)	Removes a station from a blocking region
void	resetImpatience(Object stationKey, Object classKey)	Resets impatience strategy associated with given station queue section.
void	resetSaveState()	Resets save state.
void	setAnimationEnabled(boolean enabled)	Enable / disable queue animation
void	setClassDistribution(Object key, Object distribution)	Sets inter-arrival time distribution of the class, given the search key.
void	setClassName(Object key, String name)	Sets name of the class, given the search key.
void	setClassPopulation(Object key, Integer population)	Sets population of the class, given the search key.
void	setClassPriority(Object key, Integer priority)	Sets priority of the class, given the search key.
void	setClassRefStation(Object key, Object refStation)	Sets reference station of the class, given the search key.
void	setClassSoftDeadline(Object key, Double softDeadline)	Sets soft deadline of the class, given the search key.
void	setClassStationSoftDeadline(Object stationKey, Object classKey, Double softDeadline)
void	setClassSwitchMatrix(Object stationKey, Object classInKey, Object classOutKey, float value)	Sets the cell (classInKey, classOutKey) of the class switch matrix for station stationKey.
void	setClassType(Object key, int type)	Sets type of the class, given the search key.
boolean	setConnected(Object sourceKey, Object targetKey, boolean areConnected)	Adds a connection between two stations in this model, given search keys of source and target stations.
void	setDelayOffTimeDistribution(Object stationKey, Object classKey, Object distribution)
void	setDelayOffTimesEnabled(Object key, Boolean enabled)	Sets whether delay off times are enabled, given the search key.
void	setDisableStatistic(Boolean disableStatistic)	Sets if statistic check is disabled.
void	setDropRule(Object stationKey, Object classKey, String dropRule)	Sets drop rule associated with given station queue section if capacity is finite.
void	setEnablingCondition(Object stationKey, int modeIndex, Object stationInKey, Object classKey, Integer value)	Sets the entry (stationInKey, classKey) of the enabling condition for transition stationKey and mode modeIndex.
void	setFiringOutcome(Object stationKey, int modeIndex, Object stationOutKey, Object classKey, Integer value)	Sets the entry (stationOutKey, classKey) of the firing outcome for transition stationKey and mode modeIndex.
void	setFiringPriority(Object stationKey, int modeIndex, Integer priority)	Sets the firing priority for transition stationKey and mode modeIndex.
void	setFiringTimeDistribution(Object stationKey, int modeIndex, Object distribution)	Sets the firing time distribution for transition stationKey and mode modeIndex.
void	setFiringWeight(Object stationKey, int modeIndex, Double weight)	Sets the firing weight for transition stationKey and mode modeIndex.
void	setForkBlock(Object key, Integer value)	Sets if a fork is blocking Author: Bertoli Marco
void	setForkStrategy(Object stationKey, Object classKey, Object forkStrategy)	Sets fork strategy for class and station, given their search keys.
void	setHeterogeneousServersEnabled(Object key, Boolean enabled)
void	setImpatienceParameter(Object stationKey, Object classKey, ImpatienceParameter impatienceParameter)	Sets impatience parameter associated with given station queue section.
void	setImpatienceType(Object stationKey, Object classKey, ImpatienceType impatienceType)	Sets impatience type associated with given station queue section.
void	setInhibitingCondition(Object stationKey, int modeIndex, Object stationInKey, Object classKey, Integer value)	Sets the entry (stationInKey, classKey) of the inhibiting condition for transition stationKey and mode modeIndex.
void	setIsSimplifiedFork(Object key, Boolean value)	Sets if a fork is simplified Author: Bertoli Marco
void	setJoinStrategy(Object stationKey, Object classKey, Object joinStrategy)	Sets join strategy for class and station, given their search keys.
void	setLoggingGlbParameter(String selector, String value)	Sets logging parameters for the Global logfile.
void	setLoggingParameters(Object stationKey, LoggerParameters loggerParameters)	Sets logging parameters for the logger.
void	setMaximumDuration(Double durationSeconds)	Sets maximum duration for simulation in seconds.
void	setMaxSimulatedTime(Double duration)	Sets maximum duration for simulation in time units.
void	setMaxSimulationEvents(Integer maxEvents)	Sets maximum number of simulation events.
void	setMaxSimulationSamples(Integer maxSamples)	Sets maximum number of simulation samples.
void	setMeasureAlpha(Double alpha, Object measureKey)	Sets value for alpha parameter of a specific measure, given its search key.
void	setMeasureClass(Object classKey, Object measureKey)	Changes reference class for specified measure, given its search key
void	setMeasureLog(boolean log, Object measureKey)	Sets if measure should be logged
void	setMeasurePrecision(Double precision, Object measureKey)	Sets value for alpha parameter of a specific measure, given its search key.
void	setMeasureServerTypeKey(Object serverTypeKey, Object measureKey)	Changes server type for specified measure, given its search key
void	setMeasureStation(Object stationKey, Object measureKey)	Changes reference station for specified measure, given its search key
void	setMeasureType(String newType, Object measureKey)	Sets type of parameter to be measured
void	setNumberOfServers(Object stationKey, int modeIndex, Integer number)	Sets the number of servers for transition stationKey and mode modeIndex.
void	setParametricAnalysisEnabled(boolean enabled)	Enable / disable parametric analysis
void	setParametricAnalysisModel(ParametricAnalysisDefinition pad)	Sets the ParametricAnalysisModel
void	setPollingInterval(Double pollingInterval)	Sets polling interval for temporary measures.
void	setPollingSwitchoverDistribution(Object stationKey, Object classKey, Object distribution)	Sets switchover period distribution for class and station, given their search keys.
void	setPreloadedJobs(Object stationKey, Object classKey, Integer preload)	Sets number of preloaded jobs at specified station for specified class.
void	setQuantumSize(Object key, Double quantaSize)
void	setQuantumSwitchoverTime(Object key, Double quantumSwitchoverTime)
void	setQueueCapacity(Object stationKey, Object classKey, Integer queueCapacity)	Sets queue capacity for a station and a class, given their search keys.
void	setQueueStrategy(Object stationKey, Object classKey, String queueStrategy)	Sets queue strategy for a station and a class, given their search keys.
void	setRegionClassCustomerConstraint(Object regionKey, Object classKey, Integer maxJobs)	Sets the customer number constraint for a blocking region and a class
void	setRegionClassDropRule(Object regionKey, Object classKey, Boolean drop)	Sets the drop rule for a blocking region and a class
void	setRegionClassMemorySize(Object regionKey, Object classKey, Integer maxMemory)	Sets the memory size constraint for a blocking region and a class
void	setRegionClassSize(Object regionKey, Object classKey, Integer size)	Sets the size of each job for a blocking region and a class
void	setRegionClassSoftDeadline(Object regionKey, Object classKey, Double softDeadline)	Sets the soft deadline of each job for a blocking region and a class
void	setRegionClassWeight(Object regionKey, Object classKey, Integer weight)	Sets the weight of each job for a blocking region and a class
void	setRegionCustomerConstraint(Object regionKey, Integer maxJobs)	Sets the global customer number constraint for a blocking region
void	setRegionGroupCustomerConstraint(Object regionKey, int index, Integer maxJobs)	Sets the customer number constraint for a blocking region and a group
void	setRegionGroupMemorySize(Object regionKey, int index, Integer maxMemory)	Sets the memory size constraint for a blocking region and a group
void	setRegionGroupName(Object regionKey, int index, String name)	Sets the name of a group for a blocking region
void	setRegionMemorySize(Object regionKey, Integer maxMemory)	Sets the global memory size constraint for a blocking region
void	setRegionName(Object regionKey, String name)	Sets the name of a blocking region
void	setRegionType(Object regionKey, String type)	Sets the type of a blocking region
void	setResourceCondition(Object stationKey, int modeIndex, Object stationInKey, Object classKey, Integer value)	Sets the entry (stationInKey, classKey) of the resource condition for server stationKey and mode modeIndex.
void	setRetrialDistribution(Object stationKey, Object classKey, Object distribution)	Sets retrial rate distribution for class and station, given their search keys.
void	setRoutingStrategy(Object stationKey, Object classKey, Object routingStrategy)	Sets routing strategy for class and station, given their search keys.
void	setSaveChanged()	Tells model that some data has been changed and need to be saved.
void	setSemaphoreStrategy(Object stationKey, Object classKey, Object semaphoreStrategy)	Sets semaphore strategy for class and station, given their search keys.
void	setSemaphoreThreshold(Object stationKey, Object classKey, Integer threshold)	Sets the threshold for semaphore stationKey and class classKey.
void	setServerNumRequired(Object stationKey, Object classKey, Integer num)	Sets number of servers of the station, given the search key.
void	setServiceTimeDistribution(Object stationKey, Object classKey, Object distribution)	Sets service time distribution for class and station, given their search keys.
void	setServiceTimeDistribution(Object stationKey, Object classKey, Object serverTypeKey, Object distribution)	Sets service time distribution for class, station and server type, given their search keys.
void	setServiceWeight(Object stationKey, Object classKey, Double weight)	Sets service weight for class and station, given their search keys.
void	setSetupTimeDistribution(Object stationKey, Object classKey, Object distribution)
void	setSimulationResults(MeasureDefinition results)	Sets simulation results
void	setSimulationSeed(Long seed)	Sets seed for simulation.
void	setStationMaxRunningJobs(Object key, Integer maxRunningJobs)	Sets max running jobs of the station, given the search key.
void	setStationName(Object key, String name)	Sets name of the station, given the search key.
void	setStationNumberOfServers(Object key, Integer numberOfServers)	Sets number of servers of the station, given the search key.
void	setStationPollingServerKValue(Object key, Integer k)	Sets k value for K polling servers, given the search key.
void	setStationPollingServerType(Object key, String pollingType)	Sets type of polling server, given the search key.
void	setStationQueueCapacity(Object key, Integer queueCapacity)	Sets queue capacity of the station, given the search key.
void	setStationQueueStrategy(Object key, String queueStrategy)	Sets queue strategy of the station, given the search key.
void	setStationSchedulingPolicy(Object key, String schedulingPolicy)	This method sets scheduling policy of a station
void	setStationTotalCapacity(Object key, Integer totalStationCapacity)	Sets total capacity of the station, given the search key.
void	setStationType(Object key, String type)	Sets type of the station, given the search key.
void	setStationVacationPolicy(Object stationKey, String vacationPolicy)
void	setSwitchoverTimeDistribution(Object stationKey, Object fromClassKey, Object toClassKey, Object distribution)	Sets setup time distribution for class and station, given their search keys.
void	setSwitchoverTimesEnabled(Object key, Boolean enabled)	Sets whether setup times are enabled, given the search key.
void	setTransitionModeName(Object stationKey, int modeIndex, String name)	Sets the name of mode modeIndex for transition stationKey.
void	setUseRandomSeed(Boolean useRandomSeed)	Sets if random seed is used.
boolean	toBeSaved()	Tells if current model is to be saved
void	updateBalkingParameter(Object stationKey, Object classKey, String serverStationQueuePolicy)	Updates balking parameter associated with given station queue section.
void	updateNumOfServers(Object stationKey, int newTotal)	This method updates number of servers of different server types in station
void	updateServerTypeIds(Object stationKey)

Methods inherited from class Object

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

Field Details

incrementalKey

protected long incrementalKey

seed

protected Long seed

useRandomSeed

protected Boolean useRandomSeed

maxDuration

protected Double maxDuration

maxSimulatedTime

protected Double maxSimulatedTime

maxSamples

protected Integer maxSamples

disableStatistic

protected Boolean disableStatistic

maxEvents

protected Integer maxEvents

pollingInterval

protected Double pollingInterval

results

protected MeasureDefinition results

loggerGlbParams

protected CommonModel.LoggerGlobalParameters loggerGlbParams

save

protected boolean save

keyComparator

protected static Comparator<Object> keyComparator

debugLog

protected static JSimLogger debugLog

classesKeyset

protected Vector<Object> classesKeyset

search key set of all classes

openClassesKeyset

protected Vector<Object> openClassesKeyset

search key set of open classes

closedClassesKeyset

protected Vector<Object> closedClassesKeyset

search key set of closed classes

stationsKeyset

protected Vector<Object> stationsKeyset

search key set of all stations

sourcesKeyset

protected Vector<Object> sourcesKeyset

search key set of sources

sinksKeyset

protected Vector<Object> sinksKeyset

search key set of sinks

terminalsKeyset

protected Vector<Object> terminalsKeyset

search key set of terminals

routersKeyset

protected Vector<Object> routersKeyset

search key set of routers

delaysKeyset

protected Vector<Object> delaysKeyset

search key set of delays

serversKeyset

protected Vector<Object> serversKeyset

search key set of servers

forksKeyset

protected Vector<Object> forksKeyset

search key set of forks

joinsKeyset

protected Vector<Object> joinsKeyset

search key set of joins

loggersKeyset

protected Vector<Object> loggersKeyset

search key set of loggers

classSwitchesKeyset

protected Vector<Object> classSwitchesKeyset

search key set of class switches

semaphoresKeyset

protected Vector<Object> semaphoresKeyset

search key set of semaphores

scalersKeyset

protected Vector<Object> scalersKeyset

search key set of scalers

placesKeyset

protected Vector<Object> placesKeyset

search key set of places

transitionsKeyset

protected Vector<Object> transitionsKeyset

search key set of transitions

preloadableKeyset

protected Vector<Object> preloadableKeyset

search key set of preloadable stations

blockingRegionsKeyset

protected Vector<Object> blockingRegionsKeyset

search key set of blocking regions

blockableKeyset

protected Vector<Object> blockableKeyset

search key set of blockable stations

measuresKeyset

protected Vector<Object> measuresKeyset

search key set of measures

classDataHM

protected HashMap<Object,Object> classDataHM

Hashmap for classes parameters

stationDataHM

protected HashMap<Object,Object> stationDataHM

Hashmap containing station parameters

serverTypesHM

protected HashMap<Object, ServerType> serverTypesHM

Hashmap containing Server Types

serverTypeDistributionsBDM

protected BDMap serverTypeDistributionsBDM

BDMap containing service time distributions for each server type and class. on X coordinate must be put class search keys, on Y server type ids.

measureDataHM

protected HashMap<Object, CommonModel.MeasureData> measureDataHM

Hashmap containing measure parameters

blockingDataHM

protected HashMap<Object,Object> blockingDataHM

Hashmap containing blocking region parameters

connectionsBDM

protected BDMap connectionsBDM

BDMap containing station connections. On X coordinate will be put stationKeys for connection targets, on Y for sources.

stationDetailsBDM

protected BDMap stationDetailsBDM

BDMap containing a set of station details for each station and each class. on X coordinate must be put class search keys, on Y station search keys.

blockingDetailsBDM

protected BDMap blockingDetailsBDM

BDMap containing a set of blocking region details for each blocking region and each class. on X coordinate must be put class search keys, on Y blocking region search keys.

Constructor Details

CommonModel

public CommonModel()

Creates a new instance of CommonModel

Method Details

toBeSaved

public boolean toBeSaved()

Tells if current model is to be saved

Returns:

true if model is to be saved

resetSaveState

public void resetSaveState()

Resets save state. This MUST be called each time a model is saved

getClassKeys

public Vector<Object> getClassKeys()

This method returns the key set of all classes.

Specified by:

getClassKeys in interface ClassDefinition

getOpenClassKeys

public Vector<Object> getOpenClassKeys()

This method returns the key set of open classes.

Specified by:

getOpenClassKeys in interface ClassDefinition

getClosedClassKeys

public Vector<Object> getClosedClassKeys()

This method returns the key set of closed classes.

Specified by:

getClosedClassKeys in interface ClassDefinition

getClassName

public String getClassName(Object key)

Returns name of the class, given the search key.

Specified by:

getClassName in interface ClassDefinition

setClassName

public void setClassName(Object key,
 String name)

Sets name of the class, given the search key.

Specified by:

setClassName in interface ClassDefinition

getClassType

public int getClassType(Object key)

Returns type of the class, given the search key.

Specified by:

getClassType in interface ClassDefinition

setClassType

public void setClassType(Object key,
 int type)

Sets type of the class, given the search key.

Specified by:

setClassType in interface ClassDefinition

getClassPriority

public Integer getClassPriority(Object key)

Returns priority of the class, given the search key.

Specified by:

getClassPriority in interface ClassDefinition

setClassPriority

public void setClassPriority(Object key,
 Integer priority)

Sets priority of the class, given the search key.

Specified by:

setClassPriority in interface ClassDefinition

getClassSoftDeadline

public Double getClassSoftDeadline(Object key)

Description copied from interface: ClassDefinition

Returns soft deadline of the class, given the search key.

Specified by:

getClassSoftDeadline in interface ClassDefinition

setClassSoftDeadline

public void setClassSoftDeadline(Object key,
 Double softDeadline)

Description copied from interface: ClassDefinition

Sets soft deadline of the class, given the search key.

Specified by:

setClassSoftDeadline in interface ClassDefinition

getClassPopulation

public Integer getClassPopulation(Object key)

Returns population of the class, given the search key.

Specified by:

getClassPopulation in interface ClassDefinition

setClassPopulation

public void setClassPopulation(Object key,
 Integer population)

Sets population of the class, given the search key.

Specified by:

setClassPopulation in interface ClassDefinition

getClassDistribution

public Object getClassDistribution(Object key)

Returns inter-arrival time distribution of the class, given the search key.

Specified by:

getClassDistribution in interface ClassDefinition

setClassDistribution

public void setClassDistribution(Object key,
 Object distribution)

Sets inter-arrival time distribution of the class, given the search key.

Specified by:

setClassDistribution in interface ClassDefinition

getClassRefStation

public Object getClassRefStation(Object key)

Returns reference station of the class, given the search key.

Specified by:

getClassRefStation in interface ClassDefinition

setClassRefStation

public void setClassRefStation(Object key,
 Object refStation)

Sets reference station of the class, given the search key.

Specified by:

setClassRefStation in interface ClassDefinition

addClass

public Object addClass(String name,
 int type,
 Integer priority,
 Double softDeadline,
 Integer population,
 Object distribution)

Adds a new class to the model and sets all class parameters at once.

Specified by:

addClass in interface ClassDefinition

Parameters:

name - name of the new class.

type - type of the new class.

priority - priority of the new class.

softDeadline - soft deadline of the new class.

population - population of the new class.

distribution - inter-arrival time distribution of the new class.

Returns:

search key for the new class.

deleteClass

public void deleteClass(Object key)

Deletes a class from the model, given the search key.

Specified by:

deleteClass in interface ClassDefinition

getStationKeys

public Vector<Object> getStationKeys()

This method returns the key set of all stations.

Specified by:

getStationKeys in interface StationDefinition

getStationKeysSource

public Vector<Object> getStationKeysSource()

This method returns the key set of sources.

Specified by:

getStationKeysSource in interface StationDefinition

getServerTypeKeys

public Vector<Object> getServerTypeKeys()

This method returns the key set of server Types.

Specified by:

getServerTypeKeys in interface StationDefinition

getStationKeysSink

public Vector<Object> getStationKeysSink()

This method returns the key set of sinks.

Specified by:

getStationKeysSink in interface StationDefinition

getStationKeysTerminal

public Vector<Object> getStationKeysTerminal()

This method returns the key set of terminals.

Specified by:

getStationKeysTerminal in interface StationDefinition

getStationKeysRouter

public Vector<Object> getStationKeysRouter()

This method returns the key set of routers.

Specified by:

getStationKeysRouter in interface StationDefinition

getStationKeysDelay

public Vector<Object> getStationKeysDelay()

This method returns the key set of delays.

Specified by:

getStationKeysDelay in interface StationDefinition

getStationKeysServer

public Vector<Object> getStationKeysServer()

This method returns the key set of servers.

Specified by:

getStationKeysServer in interface StationDefinition

getStationKeysFork

public Vector<Object> getStationKeysFork()

This method returns the key set of forks.

Specified by:

getStationKeysFork in interface StationDefinition

getStationKeysJoin

public Vector<Object> getStationKeysJoin()

This method returns the key set of joins.

Specified by:

getStationKeysJoin in interface StationDefinition

getStationKeysLogger

public Vector<Object> getStationKeysLogger()

This method returns the key set of loggers.

Specified by:

getStationKeysLogger in interface StationDefinition

getStationKeysClassSwitch

public Vector<Object> getStationKeysClassSwitch()

This method returns the key set of class switches.

Specified by:

getStationKeysClassSwitch in interface StationDefinition

getStationKeysSemaphore

public Vector<Object> getStationKeysSemaphore()

This method returns the key set of semaphores.

Specified by:

getStationKeysSemaphore in interface StationDefinition

getStationKeysScaler

public Vector<Object> getStationKeysScaler()

This method returns the key set of scalers.

Specified by:

getStationKeysScaler in interface StationDefinition

getStationKeysPlace

public Vector<Object> getStationKeysPlace()

This method returns the key set of places.

Specified by:

getStationKeysPlace in interface StationDefinition

getStationKeysTransition

public Vector<Object> getStationKeysTransition()

This method returns the key set of transitions.

Specified by:

getStationKeysTransition in interface StationDefinition

getStationKeysPreloadable

public Vector<Object> getStationKeysPreloadable()

This method returns the key set of preloadable stations.

Specified by:

getStationKeysPreloadable in interface StationDefinition

getStationKeysNoSourceSink

public Vector<Object> getStationKeysNoSourceSink()

This method returns all station (except sources and sinks) keys.

Specified by:

getStationKeysNoSourceSink in interface StationDefinition

getStationKeysRefStation

public Vector<Object> getStationKeysRefStation()

This method returns reference station keys.

Specified by:

getStationKeysRefStation in interface StationDefinition

getFJKeys

public Vector<Object> getFJKeys()

This method returns fork/join section keys.

Specified by:

getFJKeys in interface StationDefinition

getFCRegionKeys

public Vector<Object> getFCRegionKeys()

This method returns the key set of blocking regions.

Specified by:

getFCRegionKeys in interface StationDefinition

getStationRegionKeysNoSourceSink

public Vector<Object> getStationRegionKeysNoSourceSink()

This method returns all station (except sources and sinks) and blocking region keys.

Specified by:

getStationRegionKeysNoSourceSink in interface StationDefinition

getStationName

public String getStationName(Object key)

Returns name of the station, given the search key.

Specified by:

getStationName in interface StationDefinition

setStationName

public void setStationName(Object key,
 String name)

Sets name of the station, given the search key.

Specified by:

setStationName in interface StationDefinition

getStationType

public String getStationType(Object key)

Returns type of the station, given the search key.

Specified by:

getStationType in interface StationDefinition

setStationType

public void setStationType(Object key,
 String type)

Sets type of the station, given the search key.

Specified by:

setStationType in interface StationDefinition

getStationQueueCapacity

public Integer getStationQueueCapacity(Object key)

Returns queue capacity of the station, given the search key.

Specified by:

getStationQueueCapacity in interface StationDefinition

setStationQueueCapacity

public void setStationQueueCapacity(Object key,
 Integer queueCapacity)

Sets queue capacity of the station, given the search key.

Specified by:

setStationQueueCapacity in interface StationDefinition

getStationQueueStrategy

public String getStationQueueStrategy(Object key)

Returns queue strategy of the station, given the search key.

Specified by:

getStationQueueStrategy in interface StationDefinition

setStationQueueStrategy

public void setStationQueueStrategy(Object key,
 String queueStrategy)

Sets queue strategy of the station, given the search key.

Specified by:

setStationQueueStrategy in interface StationDefinition

getStationNumberOfServers

public Integer getStationNumberOfServers(Object key)

Returns number of servers of the station, given the search key.

Specified by:

getStationNumberOfServers in interface StationDefinition

setStationNumberOfServers

public void setStationNumberOfServers(Object key,
 Integer numberOfServers)

Sets number of servers of the station, given the search key.

Specified by:

setStationNumberOfServers in interface StationDefinition

getStationMaxRunningJobs

public Integer getStationMaxRunningJobs(Object key)

Returns max running jobs of the station, given the search key.

Specified by:

getStationMaxRunningJobs in interface StationDefinition

setStationMaxRunningJobs

public void setStationMaxRunningJobs(Object key,
 Integer maxRunningJobs)

Sets max running jobs of the station, given the search key.

Specified by:

setStationMaxRunningJobs in interface StationDefinition

setQuantumSize

public void setQuantumSize(Object key,
 Double quantaSize)

Specified by:

setQuantumSize in interface StationDefinition

getQuantumSize

public Double getQuantumSize(Object key)

Specified by:

getQuantumSize in interface StationDefinition

setQuantumSwitchoverTime

public void setQuantumSwitchoverTime(Object key,
 Double quantumSwitchoverTime)

Specified by:

setQuantumSwitchoverTime in interface StationDefinition

getQuantumSwitchoverTime

public Double getQuantumSwitchoverTime(Object key)

Specified by:

getQuantumSwitchoverTime in interface StationDefinition

getStationTotalCapacity

public Integer getStationTotalCapacity(Object key)

Returns total capacity of the station, given the search key.

Specified by:

getStationTotalCapacity in interface StationDefinition

setStationTotalCapacity

public void setStationTotalCapacity(Object key,
 Integer totalStationCapacity)

Sets total capacity of the station, given the search key.

Specified by:

setStationTotalCapacity in interface StationDefinition

getStationPollingServerType

public String getStationPollingServerType(Object key)

Returns type of polling server, given the search key.

Specified by:

getStationPollingServerType in interface StationDefinition

setStationPollingServerType

public void setStationPollingServerType(Object key,
 String pollingType)

Sets type of polling server, given the search key.

Specified by:

setStationPollingServerType in interface StationDefinition

getStationPollingServerKValue

public Integer getStationPollingServerKValue(Object key)

Returns k value for K polling servers, given the search key.

Specified by:

getStationPollingServerKValue in interface StationDefinition

setStationPollingServerKValue

public void setStationPollingServerKValue(Object key,
 Integer k)

Sets k value for K polling servers, given the search key.

Specified by:

setStationPollingServerKValue in interface StationDefinition

getSwitchoverTimesEnabled

public Boolean getSwitchoverTimesEnabled(Object key)

Gets whether setup times are enabled, given the search key.

Specified by:

getSwitchoverTimesEnabled in interface StationDefinition

setSwitchoverTimesEnabled

public void setSwitchoverTimesEnabled(Object key,
 Boolean enabled)

Sets whether setup times are enabled, given the search key.

Specified by:

setSwitchoverTimesEnabled in interface StationDefinition

getDelayOffTimesEnabled

public Boolean getDelayOffTimesEnabled(Object key)

Gets whether delay off times are enabled, given the search key.

Specified by:

getDelayOffTimesEnabled in interface StationDefinition

setDelayOffTimesEnabled

public void setDelayOffTimesEnabled(Object key,
 Boolean enabled)

Sets whether delay off times are enabled, given the search key.

Specified by:

setDelayOffTimesEnabled in interface StationDefinition

getForkBlock

public Integer getForkBlock(Object key)

Tells if a fork is blocking
Author: Bertoli Marco

Specified by:

getForkBlock in interface StationDefinition

Parameters:

key - : search's key for fork

Returns:

maximum number of jobs allowed in the fork-join region (-1 is infinity)

setForkBlock

public void setForkBlock(Object key,
 Integer value)

Sets if a fork is blocking
Author: Bertoli Marco

Specified by:

setForkBlock in interface StationDefinition

Parameters:

key - : search's key for fork

value - : maximum number of jobs allowed in the fork-join region (-1 is infinity)

getIsSimplifiedFork

public Boolean getIsSimplifiedFork(Object key)

Tells if a fork is simplified
Author: Bertoli Marco

Specified by:

getIsSimplifiedFork in interface StationDefinition

Parameters:

key - : search's key for fork

Returns:

true if the fork is simplified, false otherwise

setIsSimplifiedFork

public void setIsSimplifiedFork(Object key,
 Boolean value)

Sets if a fork is simplified
Author: Bertoli Marco

Specified by:

setIsSimplifiedFork in interface StationDefinition

Parameters:

key - : search's key for fork

value - : true if the fork is simplified, false otherwise

addStation

public Object addStation(String name,
 String type,
 int nextServerNum,
 List<ServerType> servers)

Adds a new station to the model, given the station name and type.

Specified by:

addStation in interface StationDefinition

Parameters:

name - name of the new station.

type - type of the new station.

Returns:

search key for the new station.

deleteStation

public void deleteStation(Object key)

Deletes a station from the model, given the search key.

Specified by:

deleteStation in interface StationDefinition

getClassStationSoftDeadline

public Double getClassStationSoftDeadline(Object stationKey,
 Object classKey)

Specified by:

getClassStationSoftDeadline in interface StationDefinition

setClassStationSoftDeadline

public void setClassStationSoftDeadline(Object stationKey,
 Object classKey,
 Double softDeadline)

Specified by:

setClassStationSoftDeadline in interface StationDefinition

getQueueCapacity

public Integer getQueueCapacity(Object stationKey,
 Object classKey)

Returns queue capacity for a station and a class, given their search keys. If specified station cannot accept this kind of parameter, null value is returned.

Specified by:

getQueueCapacity in interface StationDefinition

Parameters:

stationKey - : search key for station.

classKey - : search key for class.

Returns:

integer for queue capacity.

setQueueCapacity

public void setQueueCapacity(Object stationKey,
 Object classKey,
 Integer queueCapacity)

Sets queue capacity for a station and a class, given their search keys. If specified station cannot accept this kind of parameter, no value will be set.

Specified by:

setQueueCapacity in interface StationDefinition

Parameters:

stationKey - : search key for station.

classKey - : search key for class.

queueCapacity - integer for queue capacity.

getQueueStrategy

public String getQueueStrategy(Object stationKey,
 Object classKey)

Returns queue strategy for a station and a class, given their search keys. If specified station cannot accept this kind of parameter, null value is returned.

Specified by:

getQueueStrategy in interface StationDefinition

Parameters:

stationKey - : search key for station.

classKey - : search key for class.

Returns:

string name for queue strategy.

setQueueStrategy

public void setQueueStrategy(Object stationKey,
 Object classKey,
 String queueStrategy)

Sets queue strategy for a station and a class, given their search keys. If specified station cannot accept this kind of parameter, no value will be set.

Specified by:

setQueueStrategy in interface StationDefinition

Parameters:

stationKey - : search key for station.

classKey - : search key for class.

queueStrategy - : string name for queue strategy.

getDropRule

public String getDropRule(Object stationKey,
 Object classKey)

Returns drop rule associated with given station queue section if capacity is finite.

Specified by:

getDropRule in interface StationDefinition

Parameters:

stationKey - : search key for station.

classKey - : search key for class.

Returns:

FINITE_DROP || FINITE_BLOCK || FINITE_WAITING || FINITE_RETRIAL

setDropRule

public void setDropRule(Object stationKey,
 Object classKey,
 String dropRule)

Sets drop rule associated with given station queue section if capacity is finite.

Specified by:

setDropRule in interface StationDefinition

Parameters:

stationKey - : search key for station.

classKey - : search key for class.

dropRule - : FINITE_DROP || FINITE_BLOCK || FINITE_WAITING || FINITE_RETRIAL

getImpatienceType

public ImpatienceType getImpatienceType(Object stationKey,
 Object classKey)

Returns impatience type associated with given station queue section.

Specified by:

getImpatienceType in interface StationDefinition

Parameters:

stationKey - : search key for station.

classKey - : search key for class.

Returns:

NONE || BALKING || RENEGING

setImpatienceType

public void setImpatienceType(Object stationKey,
 Object classKey,
 ImpatienceType impatienceType)

Sets impatience type associated with given station queue section.

Specified by:

setImpatienceType in interface StationDefinition

Parameters:

stationKey - : search key for station.

classKey - : search key for class.

impatienceType - NONE || BALKING || RENEGING

getImpatienceParameter

public ImpatienceParameter getImpatienceParameter(Object stationKey,
 Object classKey)

Returns impatience parameter associated with given station queue section.

Specified by:

getImpatienceParameter in interface StationDefinition

Parameters:

stationKey - : search key for station.

classKey - : search key for class.

Returns:

impatience parameter for station and class.

setImpatienceParameter

public void setImpatienceParameter(Object stationKey,
 Object classKey,
 ImpatienceParameter impatienceParameter)

Sets impatience parameter associated with given station queue section.

Specified by:

setImpatienceParameter in interface StationDefinition

Parameters:

stationKey - : search key for station.

classKey - : search key for class.

impatienceParameter - parameter for station and class.

resetImpatience

public void resetImpatience(Object stationKey,
 Object classKey)

Resets impatience strategy associated with given station queue section.

Specified by:

resetImpatience in interface StationDefinition

Parameters:

stationKey - : search key for station.

classKey - : search key for class.

updateBalkingParameter

public void updateBalkingParameter(Object stationKey,
 Object classKey,
 String serverStationQueuePolicy)

Updates balking parameter associated with given station queue section.

Specified by:

updateBalkingParameter in interface StationDefinition

Parameters:

stationKey - : search key for station.

classKey - : search key for class.

serverStationQueuePolicy - : queue policy for station.

getRetrialDistribution

public Object getRetrialDistribution(Object stationKey,
 Object classKey)

Returns retrial rate distribution for class and station, given their search keys. If specified station cannot accept this kind of parameter, null value is returned.

Specified by:

getRetrialDistribution in interface StationDefinition

Parameters:

stationKey - : search key for station.

classKey - : search key for class.

Returns:

distribution for specified class and station.

setRetrialDistribution

public void setRetrialDistribution(Object stationKey,
 Object classKey,
 Object distribution)

Sets retrial rate distribution for class and station, given their search keys. If specified station cannot accept this kind of parameter, no value will be set.

Specified by:

setRetrialDistribution in interface StationDefinition

Parameters:

stationKey - : search key for station.

classKey - : search key for class.

distribution - : distribution to be set for specified class and station.

getServiceWeight

public Double getServiceWeight(Object stationKey,
 Object classKey)

Returns service weight for class and station, given their search keys. If specified station cannot accept this kind of parameter, null value is returned.

Specified by:

getServiceWeight in interface StationDefinition

Parameters:

stationKey - : search key for station.

classKey - : search key for class.

Returns:

weight for specified class and station.

setServiceWeight

public void setServiceWeight(Object stationKey,
 Object classKey,
 Double weight)

Sets service weight for class and station, given their search keys. If specified station cannot accept this kind of parameter, no value will be set.

Specified by:

setServiceWeight in interface StationDefinition

Parameters:

stationKey - : search key for station.

classKey - : search key for class.

weight - : weight to be set for specified class and station.

getServiceTimeDistribution

public Object getServiceTimeDistribution(Object stationKey,
 Object classKey)

Returns service time distribution for class and station, given their search keys. If specified station cannot accept this kind of parameter, null value is returned.

Specified by:

getServiceTimeDistribution in interface StationDefinition

Parameters:

stationKey - : search key for station.

classKey - : search key for class.

Returns:

distribution for specified class and station.

getServiceTimeDistribution

public Object getServiceTimeDistribution(Object stationKey,
 Object classKey,
 Object serverTypeKey)

Returns service time distribution for class, station and server type, given their search keys. If specified station cannot accept this kind of parameter, null value is returned.

Specified by:

getServiceTimeDistribution in interface StationDefinition

Parameters:

stationKey - : search key for station.

classKey - : search key for class.

serverTypeKey - : search key for server type.

Returns:

distribution for specified class and station.

setServiceTimeDistribution

public void setServiceTimeDistribution(Object stationKey,
 Object classKey,
 Object distribution)

Sets service time distribution for class and station, given their search keys. If specified station cannot accept this kind of parameter, no value will be set.

Specified by:

setServiceTimeDistribution in interface StationDefinition

Parameters:

stationKey - : search key for station.

classKey - : search key for class.

distribution - : distribution to be set for specified class and station.

setServiceTimeDistribution

public void setServiceTimeDistribution(Object stationKey,
 Object classKey,
 Object serverTypeKey,
 Object distribution)

Sets service time distribution for class, station and server type, given their search keys. If specified station cannot accept this kind of parameter, no value will be set.

Specified by:

setServiceTimeDistribution in interface StationDefinition

Parameters:

stationKey - : search key for station.

classKey - : search key for class.

serverTypeKey - : search key for server type.

distribution - : distribution to be set for specified class and station.

getPollingSwitchoverDistribution

public Object getPollingSwitchoverDistribution(Object stationKey,
 Object classKey)

Returns switchover period distribution for class and station, given their search keys. If specified station cannot accept this kind of parameter, null value is returned.

Specified by:

getPollingSwitchoverDistribution in interface StationDefinition

Parameters:

stationKey - : search key for station.

classKey - : search key for class.

Returns:

distribution for specified class and station.

setPollingSwitchoverDistribution

public void setPollingSwitchoverDistribution(Object stationKey,
 Object classKey,
 Object distribution)

Sets switchover period distribution for class and station, given their search keys. If specified station cannot accept this kind of parameter, no value will be set.

Specified by:

setPollingSwitchoverDistribution in interface StationDefinition

Parameters:

stationKey - : search key for station.

classKey - : search key for class.

distribution - : distribution to be set for specified class and station.

getSwitchoverTimeDistribution

public Object getSwitchoverTimeDistribution(Object stationKey,
 Object fromClassKey,
 Object toClassKey)

Returns setup time distribution for class and station, given their search keys. If specified station cannot accept this kind of parameter, null value is returned.

Specified by:

getSwitchoverTimeDistribution in interface StationDefinition

Parameters:

stationKey - : search key for station.

fromClassKey - : search key for current class.

toClassKey - : search key for next class.

Returns:

distribution for the specified class and station.

setSwitchoverTimeDistribution

public void setSwitchoverTimeDistribution(Object stationKey,
 Object fromClassKey,
 Object toClassKey,
 Object distribution)

Sets setup time distribution for class and station, given their search keys. If specified station cannot accept this kind of parameter, no value will be set.

Specified by:

setSwitchoverTimeDistribution in interface StationDefinition

Parameters:

stationKey - : search key for station.

fromClassKey - : search key for current class.

toClassKey - : search key for next class.

distribution - : distribution to be set for specified class and station.

getDelayOffTimeDistribution

public Object getDelayOffTimeDistribution(Object stationKey,
 Object classKey)

Specified by:

getDelayOffTimeDistribution in interface StationDefinition

setDelayOffTimeDistribution

public void setDelayOffTimeDistribution(Object stationKey,
 Object classKey,
 Object distribution)

Specified by:

setDelayOffTimeDistribution in interface StationDefinition

getSetupTimeDistribution

public Object getSetupTimeDistribution(Object stationKey,
 Object classKey)

Specified by:

getSetupTimeDistribution in interface StationDefinition

setSetupTimeDistribution

public void setSetupTimeDistribution(Object stationKey,
 Object classKey,
 Object distribution)

Specified by:

setSetupTimeDistribution in interface StationDefinition

getServerNumRequired

public Integer getServerNumRequired(Object stationKey,
 Object classKey)

Returns number of servers required for a specific class, given the search key. If specified station cannot accept this kind of parameter, null value is returned.

Specified by:

getServerNumRequired in interface StationDefinition

Parameters:

stationKey - : search key for station.

classKey - : search key for class.

Returns:

num for specified class and station.

setServerNumRequired

public void setServerNumRequired(Object stationKey,
 Object classKey,
 Integer num)

Sets number of servers of the station, given the search key.

Specified by:

setServerNumRequired in interface StationDefinition

Parameters:

stationKey - : search key for station.

classKey - : search key for class.

num - : server number required to be set for specified class and station.

getRoutingStrategy

public Object getRoutingStrategy(Object stationKey,
 Object classKey)

Returns routing strategy for class and station, given their search keys. If specified station cannot accept this kind of parameter, null value is returned.

Specified by:

getRoutingStrategy in interface StationDefinition

Parameters:

stationKey - : search key for station.

classKey - : search key for class.

Returns:

routing strategy for specified class and station.

setRoutingStrategy

public void setRoutingStrategy(Object stationKey,
 Object classKey,
 Object routingStrategy)

Sets routing strategy for class and station, given their search keys. If specified station cannot accept this kind of parameter, no value will be set.

Specified by:

setRoutingStrategy in interface StationDefinition

Parameters:

stationKey - : search key for station.

classKey - : search key for class.

routingStrategy - : routing strategy to be set for specified class and station.

getForkStrategy

public Object getForkStrategy(Object stationKey,
 Object classKey)

Returns fork strategy for class and station, given their search keys. If specified station cannot accept this kind of parameter, null value is returned.

Specified by:

getForkStrategy in interface StationDefinition

Parameters:

stationKey - : search key for station.

classKey - : search key for class.

Returns:

fork strategy for specified class and station.

setForkStrategy

public void setForkStrategy(Object stationKey,
 Object classKey,
 Object forkStrategy)

Sets fork strategy for class and station, given their search keys. If specified station cannot accept this kind of parameter, no value will be set.

Specified by:

setForkStrategy in interface StationDefinition

Parameters:

stationKey - : search key for station.

classKey - : search key for class.

forkStrategy - : fork strategy to be set for specified class and station.

getJoinStrategy

public Object getJoinStrategy(Object stationKey,
 Object classKey)

Returns join strategy for class and station, given their search keys. If specified station cannot accept this kind of parameter, null value is returned.

Specified by:

getJoinStrategy in interface StationDefinition

Parameters:

stationKey - : search key for station.

classKey - : search key for class.

Returns:

join strategy for specified class and station.

setJoinStrategy

public void setJoinStrategy(Object stationKey,
 Object classKey,
 Object joinStrategy)

Sets join strategy for class and station, given their search keys. If specified station cannot accept this kind of parameter, no value will be set.

Specified by:

setJoinStrategy in interface StationDefinition

Parameters:

stationKey - : search key for station.

classKey - : search key for class.

joinStrategy - : join strategy to be set for specified class and station.

getSemaphoreStrategy

public Object getSemaphoreStrategy(Object stationKey,
 Object classKey)

Returns semaphore strategy for class and station, given their search keys. If specified station cannot accept this kind of parameter, null value is returned.

Specified by:

getSemaphoreStrategy in interface StationDefinition

Parameters:

stationKey - : search key for station.

classKey - : search key for class.

Returns:

semaphore strategy for specified class and station.

setSemaphoreStrategy

public void setSemaphoreStrategy(Object stationKey,
 Object classKey,
 Object semaphoreStrategy)

Sets semaphore strategy for class and station, given their search keys. If specified station cannot accept this kind of parameter, no value will be set.

Specified by:

setSemaphoreStrategy in interface StationDefinition

Parameters:

stationKey - : search key for station.

classKey - : search key for class.

semaphoreStrategy - : semaphore strategy to be set for specified class and station.

getLoggingParameters

public LoggerParameters getLoggingParameters(Object stationKey)

Returns logging parameters for the logger. MF'08 0.7.4

Specified by:

getLoggingParameters in interface StationDefinition

Parameters:

stationKey - : search key for station.

setLoggingParameters

public void setLoggingParameters(Object stationKey,
 LoggerParameters loggerParameters)

Sets logging parameters for the logger. MF'08 0.7.4

Specified by:

setLoggingParameters in interface StationDefinition

Parameters:

stationKey - : search key for station.

loggerParameters - : local LoggerParameters.

getLoggingGlbParameter

public String getLoggingGlbParameter(String selector)

Returns logging parameters for the Global logfile. MF'08 0.7.4

Specified by:

getLoggingGlbParameter in interface StationDefinition

Parameters:

selector - : either "path", "delim", or "autoAppend"

setLoggingGlbParameter

public void setLoggingGlbParameter(String selector,
 String value)

Sets logging parameters for the Global logfile. MF'08 0.7.4

Specified by:

setLoggingGlbParameter in interface StationDefinition

Parameters:

selector - : either "path", "delim", "decimalSeparator", or "autoAppend"

value - : String to assign to variable named by selector.

manageProbabilities

public void manageProbabilities()

Manages the routing, fork and class switch probabilities.

Specified by:

manageProbabilities in interface StationDefinition

normalizeRoutingProbabilities

public void normalizeRoutingProbabilities(Object stationKey,
 Object classKey,
 Map<Object,Double> values)

Normalizes the routing probabilities.

Specified by:

normalizeRoutingProbabilities in interface StationDefinition

normalizeForkProbabilities

public void normalizeForkProbabilities(Map<Object,Double> values)

Normalizes the fork probabilities.

Specified by:

normalizeForkProbabilities in interface StationDefinition

normalizeClassSwitchProbabilities

public void normalizeClassSwitchProbabilities(Object classKey,
 Map values,
 Number example)

Normalizes the class switch probabilities.

Specified by:

normalizeClassSwitchProbabilities in interface StationDefinition

addStationDetails

protected void addStationDetails(Object key)

Adds station details, given the search key.

deleteStationDetails

protected void deleteStationDetails(Object key)

Deletes station details, given the search key.

addStationDetailsForClass

protected void addStationDetailsForClass(Object key)

Adds station details for a class, given the search key.

deleteStationDetailsForClass

protected void deleteStationDetailsForClass(Object key)

Deletes station details for a class, given the search key.

setConnected

public boolean setConnected(Object sourceKey,
 Object targetKey,
 boolean areConnected)

Adds a connection between two stations in this model, given search keys of source and target stations.

Specified by:

setConnected in interface StationDefinition

Parameters:

sourceKey - : search key for source station

targetKey - : search key for target station

areConnected - : true if stations must be connected, false otherwise.

Returns:

: true if connection status was changed, false otherwise.

areConnected

public boolean areConnected(Object sourceKey,
 Object targetKey)

Tells whether two stations are connected

Specified by:

areConnected in interface StationDefinition

Parameters:

sourceKey - : search key for source station

targetKey - : search key for target station

Returns:

: true if stations are connected, false otherwise.

areConnectable

public boolean areConnectable(Object sourceKey,
 Object targetKey)

Tells whether two stations can be connected

Specified by:

areConnectable in interface StationDefinition

Parameters:

sourceKey - : search key for source station

targetKey - : search key for target station

Returns:

: true if stations are connectable, false otherwise.

getForwardConnections

public Vector<Object> getForwardConnections(Object stationKey)

Returns a set of station keys specified station is connected to as a source.

Specified by:

getForwardConnections in interface StationDefinition

Parameters:

stationKey - : source station for which (target) connected stations must be returned.

Returns:

Vector containing keys for connected stations.

getBackwardConnections

public Vector<Object> getBackwardConnections(Object stationKey)

Returns a set of station keys specified station is connected to as a target.

Specified by:

getBackwardConnections in interface StationDefinition

Parameters:

stationKey - : source station for which (source) connected stations must be returned.

Returns:

Vector containing keys for connected stations.

getBackwardConnectedPlaces

public Vector<Object> getBackwardConnectedPlaces(Object stationKey)

Specified by:

getBackwardConnectedPlaces in interface StationDefinition

Parameters:

stationKey - : source station which connected places must be returned

Returns:

Vector containing backward connected places

canBeConnected

protected boolean canBeConnected(Object sourceKey,
 Object targetKey)

Tells whether two stations can be connected. Subclasses can override this method to change behaviour in connection creation.

addMeasure

public Object addMeasure(String type,
 Object stationKey,
 Object classKey)

Description copied from interface: SimulationDefinition

Adds a new measure for specified class and station (or region)

Specified by:

addMeasure in interface SimulationDefinition

Parameters:

type - : code for measure type.

stationKey - : specified station (or region) for measure

classKey - : specified class

Returns:

search key for new measure

addMeasure

public Object addMeasure(String type,
 Object stationKey,
 Object classKey,
 Double alpha,
 Double precision,
 boolean log)

Description copied from interface: SimulationDefinition

Adds a new measure for specified class and station (or region)

Specified by:

addMeasure in interface SimulationDefinition

Parameters:

type - : code for measure type.

stationKey - : specified station for measure

classKey - : specified class

alpha - : alpha parameter for this measure

precision - : precision parameter for this measure

log - : true to log the measure to CSV. False to avoid it.

Returns:

search key for new measure

removeMeasure

public void removeMeasure(Object measureKey)

Description copied from interface: SimulationDefinition

Removes a measure from list, given its search key

Specified by:

removeMeasure in interface SimulationDefinition

Parameters:

measureKey - : search Key for measure to be removed

getMeasureKeys

public Vector<Object> getMeasureKeys()

Description copied from interface: SimulationDefinition

Returns list of measure search keys

Specified by:

getMeasureKeys in interface SimulationDefinition

Returns:

Vector containing all of the measure search keys

getMeasureType

public String getMeasureType(Object measureKey)

Description copied from interface: SimulationDefinition

Returns type of measure, given measure search key

Specified by:

getMeasureType in interface SimulationDefinition

Parameters:

measureKey - : search key

Returns:

measure type

setMeasureType

public void setMeasureType(String newType,
 Object measureKey)

Description copied from interface: SimulationDefinition

Sets type of parameter to be measured

Specified by:

setMeasureType in interface SimulationDefinition

Parameters:

newType - new type for this measure

measureKey - search key for this measure

getMeasureStation

public Object getMeasureStation(Object measureKey)

Description copied from interface: SimulationDefinition

Returns search key for station a certain measure refers to.

Specified by:

getMeasureStation in interface SimulationDefinition

Parameters:

measureKey - search key for measure

Returns:

search key for station.

setMeasureStation

public void setMeasureStation(Object stationKey,
 Object measureKey)

Description copied from interface: SimulationDefinition

Changes reference station for specified measure, given its search key

Specified by:

setMeasureStation in interface SimulationDefinition

Parameters:

stationKey - : search key for station this measure must be referred to.

measureKey - : search key for measure.

getMeasureClass

public Object getMeasureClass(Object measureKey)

Description copied from interface: SimulationDefinition

Returns search key for class this measure refers to.

Specified by:

getMeasureClass in interface SimulationDefinition

Parameters:

measureKey - search key for measure

Returns:

search key for class

setMeasureClass

public void setMeasureClass(Object classKey,
 Object measureKey)

Description copied from interface: SimulationDefinition

Changes reference class for specified measure, given its search key

Specified by:

setMeasureClass in interface SimulationDefinition

Parameters:

classKey - new class search key

measureKey - measure search key

getMeasureServerTypeKey

public Object getMeasureServerTypeKey(Object measureKey)

Description copied from interface: SimulationDefinition

Returns search key for server type this measure refers to.

Specified by:

getMeasureServerTypeKey in interface SimulationDefinition

Parameters:

measureKey - search key for measure

Returns:

server type key for class

setMeasureServerTypeKey

public void setMeasureServerTypeKey(Object serverTypeKey,
 Object measureKey)

Description copied from interface: SimulationDefinition

Changes server type for specified measure, given its search key

Specified by:

setMeasureServerTypeKey in interface SimulationDefinition

Parameters:

serverTypeKey - new server type key

measureKey - measure search key

getMeasureAlpha

public Double getMeasureAlpha(Object measureKey)

Description copied from interface: SimulationDefinition

Returns value for alpha parameter of a specific measure, given its search key.

Specified by:

getMeasureAlpha in interface SimulationDefinition

Parameters:

measureKey - search key for station

Returns:

value of alpha parameter

setMeasureAlpha

public void setMeasureAlpha(Double alpha,
 Object measureKey)

Description copied from interface: SimulationDefinition

Sets value for alpha parameter of a specific measure, given its search key.

Specified by:

setMeasureAlpha in interface SimulationDefinition

Parameters:

alpha - value of alpha parameter

measureKey - search key for station

getMeasurePrecision

public Double getMeasurePrecision(Object measureKey)

Description copied from interface: SimulationDefinition

Returns value for precision parameter of a specific measure, given its search key.

Specified by:

getMeasurePrecision in interface SimulationDefinition

Parameters:

measureKey - search key for station

Returns:

value of precision parameter

setMeasurePrecision

public void setMeasurePrecision(Double precision,
 Object measureKey)

Description copied from interface: SimulationDefinition

Sets value for alpha parameter of a specific measure, given its search key.

Specified by:

setMeasurePrecision in interface SimulationDefinition

Parameters:

precision - value of alpha parameter

measureKey - search key for station

getMeasureLog

public boolean getMeasureLog(Object measureKey)

Description copied from interface: SimulationDefinition

Tells if a measure should be logged

Specified by:

getMeasureLog in interface SimulationDefinition

Parameters:

measureKey - the key of the measure

Returns:

true if measure should be logged, false otherwise.

setMeasureLog

public void setMeasureLog(boolean log,
 Object measureKey)

Description copied from interface: SimulationDefinition

Sets if measure should be logged

Specified by:

setMeasureLog in interface SimulationDefinition

Parameters:

log - true to log measure, false to avoid (default)

measureKey - the key of the measure

isGlobalMeasure

public boolean isGlobalMeasure(String type)

Tells if a given measure is global

Specified by:

isGlobalMeasure in interface SimulationDefinition

Parameters:

type - type of given measure

Returns:

true if measure is global

isSinkMeasure

public boolean isSinkMeasure(String type)

Tells if a given measure is for sinks only

Specified by:

isSinkMeasure in interface SimulationDefinition

Parameters:

type - type of given measure

Returns:

true if measure is for sinks only

isFCRMeasure

public boolean isFCRMeasure(String type)

Tells if a given measure is for blocking regions only

Specified by:

isFCRMeasure in interface SimulationDefinition

Parameters:

type - type of given measure

Returns:

true if measure is for blocking regions only

isFJMeasure

public boolean isFJMeasure(String type)

Tells if a given measure is for fork/join sections only

Specified by:

isFJMeasure in interface SimulationDefinition

Parameters:

type - type of given measure

Returns:

true if measure is for fork/join sections only

getPreloadedJobs

public Integer getPreloadedJobs(Object stationKey,
 Object classKey)

Returns number of preloaded jobs at specified station for specified class.

Specified by:

getPreloadedJobs in interface SimulationDefinition

Parameters:

stationKey - station at which preloaded jobs are preloaded.

classKey - class to which preloaded jobs belong.

Returns:

number of preloaded jobs.

setPreloadedJobs

public void setPreloadedJobs(Object stationKey,
 Object classKey,
 Integer preload)

Sets number of preloaded jobs at specified station for specified class. For closed classes, total number of preloaded jobs for a class over all stations must be equal to class population, otherwise update is canceled.

Specified by:

setPreloadedJobs in interface SimulationDefinition

Parameters:

stationKey - station at which preloaded jobs are preloaded.

classKey - class to which preloaded jobs belong.

preload - number of preloaded jobs.

getPreloadedJobsNumber

public Integer getPreloadedJobsNumber(Object classKey)

Returns total number of preloaded jobs for specified class.

Specified by:

getPreloadedJobsNumber in interface SimulationDefinition

Parameters:

classKey - class to which preloaded jobs belong.

Returns:

total number of preloaded jobs.

manageJobs

public void manageJobs()

This method is used to manage number of jobs for every class. If class is closed all spare jobs will be allocated to its reference source, if for some reasons more jobs are allocated than max population, they are reduced. Uses this method only when strictly necessary as it can be slow if the model is big.

Specified by:

manageJobs in interface SimulationDefinition

isStationTypePreloadable

protected boolean isStationTypePreloadable(String stationType)

Tells if a given station type is preloadable

Parameters:

stationType - type of station

Returns:

true if station of that type is preloadable, false otherwise

getSimulationSeed

public Long getSimulationSeed()

Gets seed for simulation.

Specified by:

getSimulationSeed in interface SimulationDefinition

Returns:

seed for simulation.

setSimulationSeed

public void setSimulationSeed(Long seed)

Sets seed for simulation.

Specified by:

setSimulationSeed in interface SimulationDefinition

Parameters:

seed - seed for simulation.

getUseRandomSeed

public Boolean getUseRandomSeed()

Tells if random seed is used.

Specified by:

getUseRandomSeed in interface SimulationDefinition

Returns:

true if random seed is used, false otherwise.

setUseRandomSeed

public void setUseRandomSeed(Boolean useRandomSeed)

Sets if random seed is used.

Specified by:

setUseRandomSeed in interface SimulationDefinition

Parameters:

useRandomSeed - true if random seed is used, false otherwise.

getMaximumDuration

public Double getMaximumDuration()

Returns maximum duration for simulation in seconds.

Specified by:

getMaximumDuration in interface SimulationDefinition

Returns:

seconds of maximum duration for simulation.

setMaximumDuration

public void setMaximumDuration(Double durationSeconds)

Sets maximum duration for simulation in seconds.

Specified by:

setMaximumDuration in interface SimulationDefinition

Parameters:

durationSeconds - seconds of maximum duration for simulation.

getMaxSimulatedTime

public Double getMaxSimulatedTime()

Returns maximum duration for simulation in time units.

Specified by:

getMaxSimulatedTime in interface SimulationDefinition

Returns:

time units of maximum duration for simulation.

setMaxSimulatedTime

public void setMaxSimulatedTime(Double duration)

Sets maximum duration for simulation in time units.

Specified by:

setMaxSimulatedTime in interface SimulationDefinition

Parameters:

duration - time units of maximum duration for simulation.

getMaxSimulationSamples

public Integer getMaxSimulationSamples()

Returns maximum number of simulation samples.

Specified by:

getMaxSimulationSamples in interface SimulationDefinition

Returns:

maximum number of simulation samples.

setMaxSimulationSamples

public void setMaxSimulationSamples(Integer maxSamples)

Sets maximum number of simulation samples.

Specified by:

setMaxSimulationSamples in interface SimulationDefinition

Parameters:

maxSamples - maximum number of simulation samples.

getDisableStatistic

public Boolean getDisableStatistic()

Tells if statistic check is disabled.

Specified by:

getDisableStatistic in interface SimulationDefinition

Returns:

true if statistic check is disabled, false otherwise.

setDisableStatistic

public void setDisableStatistic(Boolean disableStatistic)

Sets if statistic check is disabled.

Specified by:

setDisableStatistic in interface SimulationDefinition

Parameters:

disableStatistic - true if statistic check is disabled, false otherwise.

getMaxSimulationEvents

public Integer getMaxSimulationEvents()

Returns maximum number of simulation events.

Specified by:

getMaxSimulationEvents in interface SimulationDefinition

Returns:

maximum number of simulation events.

setMaxSimulationEvents

public void setMaxSimulationEvents(Integer maxEvents)

Sets maximum number of simulation events.

Specified by:

setMaxSimulationEvents in interface SimulationDefinition

Parameters:

maxEvents - maximum number of simulation events.

getPollingInterval

public Double getPollingInterval()

Returns polling interval for temporary measures.

Specified by:

getPollingInterval in interface SimulationDefinition

Returns:

polling interval for temporary measures.

setPollingInterval

public void setPollingInterval(Double pollingInterval)

Sets polling interval for temporary measures.

Specified by:

setPollingInterval in interface SimulationDefinition

Parameters:

pollingInterval - polling interval for temporary measures.

getSimulationResults

public MeasureDefinition getSimulationResults()

Returns last simulation results

Specified by:

getSimulationResults in interface SimulationDefinition

Returns:

simulation results or null if no simulation was performed

setSimulationResults

public void setSimulationResults(MeasureDefinition results)

Sets simulation results

Specified by:

setSimulationResults in interface SimulationDefinition

Parameters:

results - simulation results data structure

containsSimulationResults

public boolean containsSimulationResults()

Tells if current model contains simulation results

Specified by:

containsSimulationResults in interface SimulationDefinition

Returns:

true if getSimulationResults() returns a non-null object

isAnimationEnabled

public boolean isAnimationEnabled()

Tells if queue animation is enabled

Specified by:

isAnimationEnabled in interface SimulationDefinition

Returns:

true if the animation is enabled

setAnimationEnabled

public void setAnimationEnabled(boolean enabled)

Enable / disable queue animation

Specified by:

setAnimationEnabled in interface SimulationDefinition

Parameters:

enabled - - set it to true to enable queue animation

isParametricAnalysisEnabled

public boolean isParametricAnalysisEnabled()

Tells if parametric analysis is enabled

Specified by:

isParametricAnalysisEnabled in interface SimulationDefinition

Returns:

true if parametric analysis is enabled

setParametricAnalysisEnabled

public void setParametricAnalysisEnabled(boolean enabled)

Enable / disable parametric analysis

Specified by:

setParametricAnalysisEnabled in interface SimulationDefinition

Parameters:

enabled - - set it to true to enable parametric analysis

getParametricAnalysisModel

public ParametricAnalysisDefinition getParametricAnalysisModel()

Returns the ParametricAnalysisModel

Specified by:

getParametricAnalysisModel in interface SimulationDefinition

Returns:

the parametricAnalysisModel

setParametricAnalysisModel

public void setParametricAnalysisModel(ParametricAnalysisDefinition pad)

Sets the ParametricAnalysisModel

Specified by:

setParametricAnalysisModel in interface SimulationDefinition

Parameters:

pad - the parametricAnalysisModel to be set

setSaveChanged

public void setSaveChanged()

Tells model that some data has been changed and need to be saved. This is used by Parametric Analysis

Specified by:

setSaveChanged in interface SimulationDefinition

getClassByName

public Object getClassByName(String className)

Returns the search key for the class, given the class name.

Specified by:

getClassByName in interface ClassDefinition

getStationByName

public Object getStationByName(String stationName)

Returns the search key for the station, given the station name.

Specified by:

getStationByName in interface StationDefinition

addBlockingRegion

public Object addBlockingRegion(String name,
 String type)

Adds a new blocking region to the model

Specified by:

addBlockingRegion in interface BlockingRegionDefinition

Parameters:

name - name of the new region

type - type of the new region

Returns:

search's key for new region

deleteBlockingRegion

public void deleteBlockingRegion(Object key)

Deletes a blocking region from the model

Specified by:

deleteBlockingRegion in interface BlockingRegionDefinition

Parameters:

key - search's key for region

getRegionKeys

public Vector<Object> getRegionKeys()

Returns the entire set of blocking region keys

Specified by:

getRegionKeys in interface BlockingRegionDefinition

Returns:

the entire set of blocking region keys

getRegionName

public String getRegionName(Object regionKey)

Gets the name of a blocking region

Specified by:

getRegionName in interface BlockingRegionDefinition

Parameters:

regionKey - search's key for region

Returns:

name of the region

setRegionName

public void setRegionName(Object regionKey,
 String name)

Sets the name of a blocking region

Specified by:

setRegionName in interface BlockingRegionDefinition

Parameters:

regionKey - search's key for region

name - name of the region

getRegionType

public String getRegionType(Object regionKey)

Gets the type of a blocking region

Specified by:

getRegionType in interface BlockingRegionDefinition

Parameters:

regionKey - search's key for region

Returns:

type of the region

setRegionType

public void setRegionType(Object regionKey,
 String type)

Sets the type of a blocking region

Specified by:

setRegionType in interface BlockingRegionDefinition

Parameters:

regionKey - search's key for region

type - type of the region

getRegionCustomerConstraint

public Integer getRegionCustomerConstraint(Object regionKey)

Gets the global customer number constraint for a blocking region

Specified by:

getRegionCustomerConstraint in interface BlockingRegionDefinition

Parameters:

regionKey - search's key for region

Returns:

maximum number of allowed customers (-1 means infinity)

setRegionCustomerConstraint

public void setRegionCustomerConstraint(Object regionKey,
 Integer maxJobs)

Sets the global customer number constraint for a blocking region

Specified by:

setRegionCustomerConstraint in interface BlockingRegionDefinition

Parameters:

regionKey - search's key for region

maxJobs - maximum number of allowed customers (-1 means infinity)

getRegionMemorySize

public Integer getRegionMemorySize(Object regionKey)

Gets the global memory size constraint for a blocking region

Specified by:

getRegionMemorySize in interface BlockingRegionDefinition

Parameters:

regionKey - search's key for region

Returns:

maximum size of allowed memory (-1 means infinity)

setRegionMemorySize

public void setRegionMemorySize(Object regionKey,
 Integer maxMemory)

Sets the global memory size constraint for a blocking region

Specified by:

setRegionMemorySize in interface BlockingRegionDefinition

Parameters:

regionKey - search's key for region

maxMemory - maximum size of allowed memory (-1 means infinity)

getRegionClassCustomerConstraint

public Integer getRegionClassCustomerConstraint(Object regionKey,
 Object classKey)

Gets the customer number constraint for a blocking region and a class

Specified by:

getRegionClassCustomerConstraint in interface BlockingRegionDefinition

Parameters:

regionKey - search's key for region

classKey - search's key for class

Returns:

maximum number of allowed customers for specified class (-1 means infinity)

setRegionClassCustomerConstraint

public void setRegionClassCustomerConstraint(Object regionKey,
 Object classKey,
 Integer maxJobs)

Sets the customer number constraint for a blocking region and a class

Specified by:

setRegionClassCustomerConstraint in interface BlockingRegionDefinition

Parameters:

regionKey - search's key for region

classKey - search's key for class

maxJobs - maximum number of allowed customers for specified class (-1 means infinity)

getRegionClassMemorySize

public Integer getRegionClassMemorySize(Object regionKey,
 Object classKey)

Gets the memory size constraint for a blocking region and a class

Specified by:

getRegionClassMemorySize in interface BlockingRegionDefinition

Parameters:

regionKey - search's key for region

classKey - search's key for class

Returns:

maximum size of allowed memory for specified class (-1 means infinity)

setRegionClassMemorySize

public void setRegionClassMemorySize(Object regionKey,
 Object classKey,
 Integer maxMemory)

Sets the memory size constraint for a blocking region and a class

Specified by:

setRegionClassMemorySize in interface BlockingRegionDefinition

Parameters:

regionKey - search's key for region

classKey - search's key for class

maxMemory - maximum size of allowed memory for specified class (-1 means infinity)

getRegionClassDropRule

public Boolean getRegionClassDropRule(Object regionKey,
 Object classKey)

Gets the drop rule for a blocking region and a class

Specified by:

getRegionClassDropRule in interface BlockingRegionDefinition

Parameters:

regionKey - search's key for region

classKey - search's key for class

Returns:

true if jobs of specified class can be dropped, false otherwise

setRegionClassDropRule

public void setRegionClassDropRule(Object regionKey,
 Object classKey,
 Boolean drop)

Sets the drop rule for a blocking region and a class

Specified by:

setRegionClassDropRule in interface BlockingRegionDefinition

Parameters:

regionKey - search's key for region

classKey - search's key for class

drop - true if jobs of specified class can be dropped, false otherwise

getRegionClassWeight

public Integer getRegionClassWeight(Object regionKey,
 Object classKey)

Gets the weight of each job for a blocking region and a class

Specified by:

getRegionClassWeight in interface BlockingRegionDefinition

Parameters:

regionKey - search's key for region

classKey - search's key for class

Returns:

weight of each job for specified class

setRegionClassWeight

public void setRegionClassWeight(Object regionKey,
 Object classKey,
 Integer weight)

Sets the weight of each job for a blocking region and a class

Specified by:

setRegionClassWeight in interface BlockingRegionDefinition

Parameters:

regionKey - search's key for region

classKey - search's key for class

weight - weight of each job for specified class

getRegionClassSize

public Integer getRegionClassSize(Object regionKey,
 Object classKey)

Gets the size of each job for a blocking region and a class

Specified by:

getRegionClassSize in interface BlockingRegionDefinition

Parameters:

regionKey - search's key for region

classKey - search's key for class

Returns:

size of each job for specified class

setRegionClassSize

public void setRegionClassSize(Object regionKey,
 Object classKey,
 Integer size)

Sets the size of each job for a blocking region and a class

Specified by:

setRegionClassSize in interface BlockingRegionDefinition

Parameters:

regionKey - search's key for region

classKey - search's key for class

size - size of each job for specified class

getRegionClassSoftDeadline

public Double getRegionClassSoftDeadline(Object regionKey,
 Object classKey)

Description copied from interface: BlockingRegionDefinition

Gets the soft deadline of each job for a blocking region and a class

Specified by:

getRegionClassSoftDeadline in interface BlockingRegionDefinition

Parameters:

regionKey - search's key for region

classKey - search's key for class

Returns:

soft deadline of each job for specified class

setRegionClassSoftDeadline

public void setRegionClassSoftDeadline(Object regionKey,
 Object classKey,
 Double softDeadline)

Description copied from interface: BlockingRegionDefinition

Sets the soft deadline of each job for a blocking region and a class

Specified by:

setRegionClassSoftDeadline in interface BlockingRegionDefinition

Parameters:

regionKey - search's key for region

classKey - search's key for class

softDeadline - soft deadline of each job for specified class

canRegionStationBeAdded

public boolean canRegionStationBeAdded(Object regionKey,
 Object stationKey)

Tells if a station can be added to a blocking region (all the stations that create or destroy jobs cannot be added)

Specified by:

canRegionStationBeAdded in interface BlockingRegionDefinition

Parameters:

regionKey - search's key for region

stationKey - search's key for station

Returns:

true if the station can be added to specified region

canStationTypeBeBlocked

protected boolean canStationTypeBeBlocked(String stationType)

Tells if a station of a given type can be added to a blocking region (all the stations that create or destroy jobs cannot be added)

Parameters:

stationType - type of station to be added

Returns:

true if a station of that type can be added, false otherwise

addRegionStation

public boolean addRegionStation(Object regionKey,
 Object stationKey)

Adds a station to a blocking region

Specified by:

addRegionStation in interface BlockingRegionDefinition

Parameters:

regionKey - search's key for region

stationKey - search's key for station

Returns:

true if the station has been added to specified region

removeRegionStation

public void removeRegionStation(Object regionKey,
 Object stationKey)

Removes a station from a blocking region

Specified by:

removeRegionStation in interface BlockingRegionDefinition

Parameters:

regionKey - search's key for region

stationKey - search's key for station

getBlockingRegionStations

public Set<Object> getBlockingRegionStations(Object regionKey)

Returns a set of all the stations in a blocking region

Specified by:

getBlockingRegionStations in interface BlockingRegionDefinition

Parameters:

regionKey - search's key for region

Returns:

a set of all the stations in specified region

getStationBlockingRegion

public Object getStationBlockingRegion(Object stationKey)

Gets the blocking region of a station

Specified by:

getStationBlockingRegion in interface BlockingRegionDefinition

Parameters:

stationKey - search's key for station

Returns:

search's key for region or null if it is undefined

getBlockableStationKeys

public Vector<Object> getBlockableStationKeys()

Gets a vector of stations that can be added to a blocking region

Specified by:

getBlockableStationKeys in interface BlockingRegionDefinition

Returns:

a vector of stations that can be added to a blocking region

addBlockingDetails

protected void addBlockingDetails(Object regionKey)

Adds blocking region details, given the search key

deleteBlockingDetails

protected void deleteBlockingDetails(Object regionKey)

Deletes blocking region details, given the search key

addBlockingDetailsForClass

protected void addBlockingDetailsForClass(Object classKey)

Adds blocking region details for a class, given the search key

deleteBlockingDetailsForClass

protected void deleteBlockingDetailsForClass(Object classKey)

Deletes blocking region details for a class, given the search key

addRegionGroup

public void addRegionGroup(Object regionKey,
 String name)

Adds a new group to a blocking region

Specified by:

addRegionGroup in interface BlockingRegionDefinition

Parameters:

regionKey - search's key for region

name - name of the new group

deleteRegionGroup

public void deleteRegionGroup(Object regionKey,
 int index)

Deletes a group from a blocking region

Specified by:

deleteRegionGroup in interface BlockingRegionDefinition

Parameters:

regionKey - search's key for region

index - indexing number for group

deleteAllRegionGroups

public void deleteAllRegionGroups(Object regionKey)

Deletes all the groups from a blocking region

Specified by:

deleteAllRegionGroups in interface BlockingRegionDefinition

Parameters:

regionKey - search's key for region

getRegionGroupList

public List<CommonModel.BlockingGroupData> getRegionGroupList(Object regionKey)

Returns a list of the group data for a blocking region

Specified by:

getRegionGroupList in interface BlockingRegionDefinition

Parameters:

regionKey - search's key for region

Returns:

a list of the group data for specified region

getRegionGroupName

public String getRegionGroupName(Object regionKey,
 int index)

Gets the name of a group for a blocking region

Specified by:

getRegionGroupName in interface BlockingRegionDefinition

Parameters:

regionKey - search's key for region

index - indexing number for group

Returns:

name of the group

setRegionGroupName

public void setRegionGroupName(Object regionKey,
 int index,
 String name)

Sets the name of a group for a blocking region

Specified by:

setRegionGroupName in interface BlockingRegionDefinition

Parameters:

regionKey - search's key for region

index - indexing number for group

name - name of the group

getRegionGroupCustomerConstraint

public Integer getRegionGroupCustomerConstraint(Object regionKey,
 int index)

Gets the customer number constraint for a blocking region and a group

Specified by:

getRegionGroupCustomerConstraint in interface BlockingRegionDefinition

Parameters:

regionKey - search's key for region

index - indexing number for group

Returns:

maximum number of allowed customers for specified group (-1 means infinity)

setRegionGroupCustomerConstraint

public void setRegionGroupCustomerConstraint(Object regionKey,
 int index,
 Integer maxJobs)

Sets the customer number constraint for a blocking region and a group

Specified by:

setRegionGroupCustomerConstraint in interface BlockingRegionDefinition

Parameters:

regionKey - search's key for region

index - indexing number for group

maxJobs - maximum number of allowed customers for specified group (-1 means infinity)

getRegionGroupMemorySize

public Integer getRegionGroupMemorySize(Object regionKey,
 int index)

Gets the memory size constraint for a blocking region and a group

Specified by:

getRegionGroupMemorySize in interface BlockingRegionDefinition

Parameters:

regionKey - search's key for region

index - indexing number for group

Returns:

maximum size of allowed memory for specified group (-1 means infinity)

setRegionGroupMemorySize

public void setRegionGroupMemorySize(Object regionKey,
 int index,
 Integer maxMemory)

Sets the memory size constraint for a blocking region and a group

Specified by:

setRegionGroupMemorySize in interface BlockingRegionDefinition

Parameters:

regionKey - search's key for region

index - indexing number for group

maxMemory - maximum size of allowed memory for specified group (-1 means infinity)

addClassIntoRegionGroup

public void addClassIntoRegionGroup(Object regionKey,
 int index,
 Object classKey)

Adds a class to a group for a blocking region

Specified by:

addClassIntoRegionGroup in interface BlockingRegionDefinition

Parameters:

regionKey - search's key for region

index - indexing number for group

classKey - search's key for class

removeClassFromRegionGroup

public void removeClassFromRegionGroup(Object regionKey,
 int index,
 Object classKey)

Removes a class from a group for a blocking region

Specified by:

removeClassFromRegionGroup in interface BlockingRegionDefinition

Parameters:

regionKey - search's key for region

index - indexing number for group

classKey - search's key for class

removeAllClassesFromRegionGroup

public void removeAllClassesFromRegionGroup(Object regionKey,
 int index)

Removes all the classes from a group for a blocking region

Specified by:

removeAllClassesFromRegionGroup in interface BlockingRegionDefinition

Parameters:

regionKey - search's key for region

index - indexing number for group

getRegionGroupClassList

public List<Object> getRegionGroupClassList(Object regionKey,
 int index)

Returns a list of classes in a group for a blocking region

Specified by:

getRegionGroupClassList in interface BlockingRegionDefinition

Parameters:

regionKey - search's key for region

index - indexing number for group

Returns:

a list of classes in specified group

getTotalClosedClassPopulation

public int getTotalClosedClassPopulation()

Returns total population of closed classes

Specified by:

getTotalClosedClassPopulation in interface ClassDefinition

getClassSwitchMatrix

public float getClassSwitchMatrix(Object stationKey,
 Object classInKey,
 Object classOutKey)

Returns the cell (classInKey, classOutKey) of the class switch matrix for station stationKey.

Specified by:

getClassSwitchMatrix in interface StationDefinition

setClassSwitchMatrix

public void setClassSwitchMatrix(Object stationKey,
 Object classInKey,
 Object classOutKey,
 float value)

Sets the cell (classInKey, classOutKey) of the class switch matrix for station stationKey.

Specified by:

setClassSwitchMatrix in interface StationDefinition

getSemaphoreThreshold

public Integer getSemaphoreThreshold(Object stationKey,
 Object classKey)

Returns the threshold for semaphore stationKey and class classKey.

Specified by:

getSemaphoreThreshold in interface StationDefinition

setSemaphoreThreshold

public void setSemaphoreThreshold(Object stationKey,
 Object classKey,
 Integer threshold)

Sets the threshold for semaphore stationKey and class classKey.

Specified by:

setSemaphoreThreshold in interface StationDefinition

getTransitionModeListSize

public int getTransitionModeListSize(Object stationKey)

Returns the size of the mode list for transition stationKey.

Specified by:

getTransitionModeListSize in interface StationDefinition

getServerTypeKey

public Object getServerTypeKey(Object stationKey,
 String name)

Description copied from interface: StationDefinition

This method returns server type key given name and its station

Specified by:

getServerTypeKey in interface StationDefinition

setStationSchedulingPolicy

public void setStationSchedulingPolicy(Object key,
 String schedulingPolicy)

Description copied from interface: StationDefinition

This method sets scheduling policy of a station

Specified by:

setStationSchedulingPolicy in interface StationDefinition

getStationSchedulingPolicy

public String getStationSchedulingPolicy(Object key)

Description copied from interface: StationDefinition

This method returns scheduling policy of a station

Specified by:

getStationSchedulingPolicy in interface StationDefinition

getServerType

public ServerType getServerType(Object serverKey)

Description copied from interface: StationDefinition

This method returns Server Type given its key

Specified by:

getServerType in interface StationDefinition

isServerTypeKey

public boolean isServerTypeKey(Object serverKey)

Description copied from interface: StationDefinition

This method returns true if it is a serverTypeKey

Specified by:

isServerTypeKey in interface StationDefinition

getServerTypes

public List<ServerType> getServerTypes(Object stationKey)

Description copied from interface: StationDefinition

This method returns all server types of station

Specified by:

getServerTypes in interface StationDefinition

updateServerTypeIds

public void updateServerTypeIds(Object stationKey)

getNumberOfDifferentServerTypes

public int getNumberOfDifferentServerTypes(Object stationKey)

Description copied from interface: StationDefinition

This method returns the number of different server types

Specified by:

getNumberOfDifferentServerTypes in interface StationDefinition

getInfoForServerType

public ServerType getInfoForServerType(Object stationKey,
 int index)

Description copied from interface: StationDefinition

This method returns a serverType given its station key and its order amongst the server types of that station

Specified by:

getInfoForServerType in interface StationDefinition

getServerTypeStationName

public String getServerTypeStationName(Object serverKey)

Description copied from interface: StationDefinition

This method returns a server type name with respect to its station given its key

Specified by:

getServerTypeStationName in interface SimulationDefinition

Specified by:

getServerTypeStationName in interface StationDefinition

addServerType

public void addServerType(Object stationKey,
 int change)

Description copied from interface: StationDefinition

This method adds a server type

Specified by:

addServerType in interface StationDefinition

addServerType

public void addServerType(Object stationKey,
 String serverName,
 int serversPerServerType,
 List<Boolean> serverCompatibilities,
 boolean trimName)

deleteServerType

public void deleteServerType(Object stationKey,
 int index)

Description copied from interface: StationDefinition

This method deletes a server type

Specified by:

deleteServerType in interface StationDefinition

updateNumOfServers

public void updateNumOfServers(Object stationKey,
 int newTotal)

Description copied from interface: StationDefinition

This method updates number of servers of different server types in station

Specified by:

updateNumOfServers in interface StationDefinition

getServerTypeNames

public List<String> getServerTypeNames(Object stationKey)

Description copied from interface: StationDefinition

This method returns the names of different server types

Specified by:

getServerTypeNames in interface StationDefinition

getHeterogeneousServersEnabled

public Boolean getHeterogeneousServersEnabled(Object stationKey)

Specified by:

getHeterogeneousServersEnabled in interface StationDefinition

setHeterogeneousServersEnabled

public void setHeterogeneousServersEnabled(Object key,
 Boolean enabled)

Specified by:

setHeterogeneousServersEnabled in interface StationDefinition

setStationVacationPolicy

public void setStationVacationPolicy(Object stationKey,
 String vacationPolicy)

Specified by:

setStationVacationPolicy in interface StationDefinition

getStationVacationPolicy

public String getStationVacationPolicy(Object stationKey)

Specified by:

getStationVacationPolicy in interface StationDefinition

getStationVacationParameters

public VacationParameters getStationVacationParameters(Object stationKey)

Specified by:

getStationVacationParameters in interface StationDefinition

addTransitionMode

public void addTransitionMode(Object stationKey,
 String name)

Adds a new mode for transition stationKey.

Specified by:

addTransitionMode in interface StationDefinition

deleteTransitionMode

public void deleteTransitionMode(Object stationKey,
 int modeIndex)

Deletes a mode for transition stationKey.

Specified by:

deleteTransitionMode in interface StationDefinition

getTransitionModeName

public String getTransitionModeName(Object stationKey,
 int modeIndex)

Returns the name of mode modeIndex for transition stationKey.

Specified by:

getTransitionModeName in interface StationDefinition

getAllTransitionModeNames

public List<String> getAllTransitionModeNames(Object stationKey)

Returns the names of all the modes for transition stationKey.

Specified by:

getAllTransitionModeNames in interface StationDefinition

setTransitionModeName

public void setTransitionModeName(Object stationKey,
 int modeIndex,
 String name)

Sets the name of mode modeIndex for transition stationKey.

Specified by:

setTransitionModeName in interface StationDefinition

getEnablingCondition

public Integer getEnablingCondition(Object stationKey,
 int modeIndex,
 Object stationInKey,
 Object classKey)

Returns the entry (stationInKey, classKey) of the enabling condition for transition stationKey and mode modeIndex.

Specified by:

getEnablingCondition in interface StationDefinition

setEnablingCondition

public void setEnablingCondition(Object stationKey,
 int modeIndex,
 Object stationInKey,
 Object classKey,
 Integer value)

Sets the entry (stationInKey, classKey) of the enabling condition for transition stationKey and mode modeIndex.

Specified by:

setEnablingCondition in interface StationDefinition

getInhibitingCondition

public Integer getInhibitingCondition(Object stationKey,
 int modeIndex,
 Object stationInKey,
 Object classKey)

Returns the entry (stationInKey, classKey) of the inhibiting condition for transition stationKey and mode modeIndex.

Specified by:

getInhibitingCondition in interface StationDefinition

setInhibitingCondition

public void setInhibitingCondition(Object stationKey,
 int modeIndex,
 Object stationInKey,
 Object classKey,
 Integer value)

Sets the entry (stationInKey, classKey) of the inhibiting condition for transition stationKey and mode modeIndex.

Specified by:

setInhibitingCondition in interface StationDefinition

getResourceCondition

public Integer getResourceCondition(Object stationKey,
 int modeIndex,
 Object stationInKey,
 Object classKey)

Description copied from interface: StationDefinition

Returns the entry (stationInKey, classKey) of the resource condition for server stationKey and modemodeIndex

Specified by:

getResourceCondition in interface StationDefinition

setResourceCondition

public void setResourceCondition(Object stationKey,
 int modeIndex,
 Object stationInKey,
 Object classKey,
 Integer value)

Description copied from interface: StationDefinition

Sets the entry (stationInKey, classKey) of the resource condition for server stationKey and mode modeIndex.

Specified by:

setResourceCondition in interface StationDefinition

getNumberOfServers

public Integer getNumberOfServers(Object stationKey,
 int modeIndex)

Returns the number of servers for transition stationKey and mode modeIndex.

Specified by:

getNumberOfServers in interface StationDefinition

setNumberOfServers

public void setNumberOfServers(Object stationKey,
 int modeIndex,
 Integer number)

Sets the number of servers for transition stationKey and mode modeIndex.

Specified by:

setNumberOfServers in interface StationDefinition

getFiringTimeDistribution

public Object getFiringTimeDistribution(Object stationKey,
 int modeIndex)

Returns the firing time distribution for transition stationKey and mode modeIndex.

Specified by:

getFiringTimeDistribution in interface StationDefinition

setFiringTimeDistribution

public void setFiringTimeDistribution(Object stationKey,
 int modeIndex,
 Object distribution)

Sets the firing time distribution for transition stationKey and mode modeIndex.

Specified by:

setFiringTimeDistribution in interface StationDefinition

getFiringPriority

public Integer getFiringPriority(Object stationKey,
 int modeIndex)

Returns the firing priority for transition stationKey and mode modeIndex.

Specified by:

getFiringPriority in interface StationDefinition

setFiringPriority

public void setFiringPriority(Object stationKey,
 int modeIndex,
 Integer priority)

Sets the firing priority for transition stationKey and mode modeIndex.

Specified by:

setFiringPriority in interface StationDefinition

getFiringWeight

public Double getFiringWeight(Object stationKey,
 int modeIndex)

Returns the firing weight for transition stationKey and mode modeIndex.

Specified by:

getFiringWeight in interface StationDefinition

setFiringWeight

public void setFiringWeight(Object stationKey,
 int modeIndex,
 Double weight)

Sets the firing weight for transition stationKey and mode modeIndex.

Specified by:

setFiringWeight in interface StationDefinition

getFiringOutcome

public Integer getFiringOutcome(Object stationKey,
 int modeIndex,
 Object stationOutKey,
 Object classKey)

Returns the entry (stationOutKey, classKey) of the firing outcome for transition stationKey and mode modeIndex.

Specified by:

getFiringOutcome in interface StationDefinition

setFiringOutcome

public void setFiringOutcome(Object stationKey,
 int modeIndex,
 Object stationOutKey,
 Object classKey,
 Integer value)

Sets the entry (stationOutKey, classKey) of the firing outcome for transition stationKey and mode modeIndex.

Specified by:

setFiringOutcome in interface StationDefinition

getUniqueClassName

protected String getUniqueClassName(String name)

Returns given name if a class with the same name does not exist or makes it unique

Parameters:

name - class name

Returns:

unique name

getUniqueStationName

protected String getUniqueStationName(String name)

Returns given name if a station with the same name does not exist or makes it unique

Parameters:

name - station name

Returns:

unique name

getUniqueRegionName

protected String getUniqueRegionName(String name)

Returns given name if a blocking region with the same name does not exist or makes it unique

Parameters:

name - blocking region name

Returns:

unique name

getUniqueTransitionModeName

protected String getUniqueTransitionModeName(Object key,
 String name)

Returns given name if a mode with the same name does not exist or makes it unique for a transition

Parameters:

key - station key

name - mode name

Returns:

unique name

getWhatIfParallelism

public Integer getWhatIfParallelism()

Description copied from interface: SimulationDefinition

Returns the number of simulations to be run in parallel during what if analysis.

Specified by:

getWhatIfParallelism in interface SimulationDefinition

Returns:

the number of simulations to be run in parallel during what if analysis.