Index (GridSim 5.0 beta API Specification)

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GridSim 5.0 beta

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A

A1 - Static variable in class WorkloadLublin99
A1_ACTIVE - Static variable in class WorkloadLublin99
A1_BATCH - Static variable in class WorkloadLublin99: The parameters for the running time The running time is computed using hyper-gamma distribution.
A2 - Static variable in class WorkloadLublin99
A2_ACTIVE - Static variable in class WorkloadLublin99
A2_BATCH - Static variable in class WorkloadLublin99
AARR - Static variable in class WorkloadLublin99
AARR_ACTIVE - Static variable in class WorkloadLublin99
AARR_BATCH - Static variable in class WorkloadLublin99
AbstractGIS - Class in gridsim.index: AbstractGIS is an abstract class which aims to provide skeletons for its chid classes to implement the required base functionalities of a regional GridInformationService (GIS).
AbstractGIS(String, Link) - Constructor for class AbstractGIS: Creates a new regional GIS entity
AbstractRC - Class in gridsim.datagrid.index: An abstract class for the functionality of a Replica Catalogue (RC) entity.
AbstractRC(String, int, Sim_port) - Constructor for class AbstractRC: Creates a new local Replica Catalogue (RC) entity.
AbstractRC(String, Link) - Constructor for class AbstractRC: Creates a new Replica Catalogue (RC) entity.
AbstractVisualizer - Class in gridsim.parallel.gui: This interface has to be implemented by a visualisation tool.
AbstractVisualizer() - Constructor for class AbstractVisualizer
accumulate(String) - Method in class GridStatistics: Accumulates objects based on a given category
accumulate(String, String) - Method in class GridStatistics: Accumulates objects based on a given category
Accumulator - Class in gridsim: GridSim Accumulator provides a placeholder for maintaining statistical values of a series of data added to it.
Accumulator() - Constructor for class Accumulator: Allocates a new Accumulator object
actionPerformed(ActionEvent) - Method in class ParallelVisualizer: Handles the events generated by this frame
actionPerformed(ActionEvent) - Method in class ResourceWindow: Handles the action events triggered by interface components
ActionType - Enum in gridsim.parallel.gui: This enumerator contains the types of allocation actions.
add(double, int) - Method in class Accumulator: Adds an item to the Accumulator
add(double) - Method in class Accumulator: An overloaded method
add(PERange) - Method in class PERangeList: Adds a new PE range to the PERangeList
add(ProfileEntry) - Method in class Profile: Adds an entry to the availability profile.
add(int) - Method in class ResourceUserList: Adds one Grid Resource user into the list.
addAll(PERangeList) - Method in class PERangeList: Adds a list of PE ranges to the PERangeList
addAllForTreeSet(SortedSet<Map.Entry<K, V>>, V) - Method in class LinkedTreeMap: Intended to be called only from TreeSet.addAll
addAuction(Auction) - Method in class Auctioneer: Adds an auction to this auctioneer
addBaudRate(Link) - Method in class FlowPacket: Adds baud rate of current link, and sets bottleneck bandwidth and ID if the link is this flow's bottleneck
addBaudRate(double) - Method in class InfoPacket: Every entity that the InfoPacket traverses should add the baud rate of the link on which this packet will be sent out next.
addEntityID(Integer) - Method in class FnbWhiteList: Adds this entity ID to the white list.
addEntityID(int) - Method in class FnbWhiteList: Adds this entity ID to the white list.
addEntryTime(double) - Method in class InfoPacket: This method should be called by routers and other entities when this InfoPacket reaches them along with the current simulation time.
addExitTime(double) - Method in class InfoPacket: This method should be called by routers and other entities when this InfoPacket is leaving them.
addFile(File) - Method in class DataGridResource: Adds a file into the resource's storage before the experiment starts.
addFile(File) - Method in class ReplicaManager: Adds a file to the local storage.
addFile(File) - Method in class SimpleReplicaManager: Adds a file to the local storage.
addFile(File) - Method in class HarddriveStorage: Adds a file to the storage.
addFile(List) - Method in class HarddriveStorage: Adds a set of files to the storage.
addFile(File) - Method in interface Storage: Adds a file to the storage.
addFile(List) - Method in interface Storage: Adds a set of files to the storage.
addFile(File) - Method in class TapeStorage: Adds a file to the storage.
addFile(List) - Method in class TapeStorage: Adds a set of files to the storage.
addHop(int) - Method in class InfoPacket: This method should be called by network entities that count as hops, for e.g.
addJobCategory(PartitionPredicate) - Method in class SelectiveBackfill: Adds a job category to use to calculate the starvation threshold.
addLatency(double) - Method in class FlowPacket: Adds to the current sum of latency over the path from source to dest.
addLink(Link) - Method in class FlowInput: Sets the FlowInput entities link.
addLink(Link) - Method in class FlowOutput: Sets this entity's link.
addLink(Link) - Method in class FlowPacket: Adds current link, and calls addBaudRate() and addLatency()
addLink(Link) - Method in class FnbInput: Sets the Input entities link.
addLink(Link) - Method in class FnbOutput: Sets this entity's link.
addLink(Link) - Method in class Input: Sets the Input entities link.
addLink(Link) - Method in interface NetIO: Sets this entity's link.
addLink(Link) - Method in class Output: Sets this entity's link.
addMaster(File, int) - Method in class DataGridUser: Adds a master file to a designated resource
addNumOfArrivedPkts() - Method in class source_pktNum: Adds the number of received packets by 1.
addPartTimeSlot(int, double, double, PERangeList) - Method in class PartProfile: Includes a time slot in this availability profile.
addRanges(int, PERangeList) - Method in class PartProfileEntry: Adds the ranges provided to the list of ranges available
addRanges(PERangeList) - Method in class SingleProfileEntry: Adds the ranges provided to the list of ranges available
addRequiredFile(String) - Method in class DataGridlet: Adds the required filename to the list
addReservedFile(File) - Method in class HarddriveStorage: Adds a file for which the space has already been reserved.
addReservedFile(File) - Method in interface Storage: Adds a file for which the space has already been reserved.
addReservedFile(File) - Method in class TapeStorage: Adds a file for which the space has already been reserved.
addStorage(List) - Method in class DataGridResource: Adds one or more Storage elements into the resource.
addStorage(Storage) - Method in class DataGridResource: Adds a Storage element
addStorage(Storage) - Method in class ReplicaManager: Adds a storage element to the DataGrid resource
addStorage(List) - Method in class ReplicaManager: Adds a list of storage elements to the DataGrid resource
addStorage(List) - Method in class SimpleReplicaManager: Adds a list of storage elements to the DataGrid resource
addStorage(Storage) - Method in class SimpleReplicaManager: Adds a storage element to the DataGrid resource
addTimeSlot(double, double, PERangeList) - Method in class SingleProfile: Includes a time slot in this availability profile.
addTotalGridlet(int) - Method in class ARObject: Adds the number of Gridlets executed by this reservation.
addTotalLoad(double) - Method in class AllocPolicy: Adds the given load into the overall total load for this entity
ADVANCE_RESERVATION - Static variable in class ResourceCharacteristics: A resource that supports Advanced Reservation mechanisms.
AdvanceReservation - Class in gridsim: This class handles all Advanced Reservation (AR) functionalities, such as create, modify, cancel and query.
AdvanceReservation(String, double) - Constructor for class AdvanceReservation: Allocates a new AdvanceReservation object.
AdvanceReservation(String, double, double) - Constructor for class AdvanceReservation: Allocates a new AdvanceReservation object with a given time zone
AdvanceReservation(String, Link) - Constructor for class AdvanceReservation: Allocates a new AdvanceReservation object.
AdvanceReservation(String, Link, double) - Constructor for class AdvanceReservation: Allocates a new AdvanceReservation object with a given time zone
advertiseHosts() - Method in class FloodingRouter: All hosts connected to this router are advertised to adjacent routers
advertiseHosts() - Method in class FlowRouter: All hosts connected to this router are advertised to adjacent routers
advertiseHosts() - Method in class FnbRIPRouter: All hosts connected to this router are advertised to adjacent routers
advertiseHosts() - Method in class RateControlledRouter: All hosts connected to this router are advertised to adjacent routers
advertiseHosts() - Method in class RIPRouter: All hosts connected to this router are advertised to adjacent routers
advertiseHosts() - Method in class Router: All hosts connected to this router are advertised to adjacent routers
AggressiveBackfill - Class in gridsim.parallel.scheduler: This class is an allocation strategy for ParallelResource that implements aggressive backfilling (EASY).
AggressiveBackfill(String, String) - Constructor for class AggressiveBackfill: Allocates a new AggressiveBackfill object
AggressiveMultiPartitions - Class in gridsim.parallel.scheduler: This class implements a non-FCFS policy to schedule parallel jobs.
AggressiveMultiPartitions(String, String, int) - Constructor for class AggressiveMultiPartitions: Allocates a new object.
AggressiveMultiPartitions.EasyBackFillingPartition - Class in gridsim.parallel.scheduler
AggressiveMultiPartitions.OrderGridletsByPriority - Class in gridsim.parallel.scheduler
AggressiveMultiPartitions.OrderGridletsByPriority() - Constructor for class AggressiveMultiPartitions.OrderGridletsByPriority
allocatePartPERanges(int, PERangeList, double, double) - Method in class PartProfile: Allocates a list of PE ranges from a partition to a job/reservation and updates the availability profile accordingly.
allocatePERanges(PERangeList, double, double) - Method in class Profile: Allocates a list of PE ranges to a job/reservation.
AllocationAction - Class in gridsim.parallel.gui: AllocationAction corresponds to an allocation decision made by an allocation policy.
AllocationAction(ActionType) - Constructor for class AllocationAction: Creates a new AllocationAction object.
allocationActionPerformed(AllocationAction) - Method in interface AllocationListener: This method has to be implemented by the listener to handle the action
allocationActionPerformed(AllocationAction) - Method in class ResourceWindow: Handles allocation actions
AllocationListener - Interface in gridsim.parallel.gui: AllocationListener interface has to be implemented by classes that register with the allocation policy to receive information about the scheduling of Gridlets.
AllocPolicy - Class in gridsim: AllocPolicy is an abstract class that handles the internal GridResource allocation policy.
AllocPolicy(String, String) - Constructor for class AllocPolicy: Allocates a new AllocPolicy object.
AllocPolicyWithFailure - Interface in gridsim.resFailure: The structure of an allocation policy supporting resource failure.
allowBorrowing - Variable in class AggressiveMultiPartitions
ANUM - Static variable in class WorkloadLublin99
ANUM_ACTIVE - Static variable in class WorkloadLublin99
ANUM_BATCH - Static variable in class WorkloadLublin99
approxBusyTime(long) - Method in class ARPolicy: Approximates busy time
AR_CANCEL_ERROR - Static variable in class GridSimTags: Cancellation of a reservation fails due to unknown error.
AR_CANCEL_ERROR_RESOURCE_CANT_SUPPORT - Static variable in class GridSimTags: Cancellation of a reservation fails since a resource can not support Advance Reservation functionalities.
AR_CANCEL_FAIL - Static variable in class GridSimTags: Cancellation of a reservation fails.
AR_CANCEL_FAIL_GRIDLET_FINISHED - Static variable in class GridSimTags: Cancellation of a reservation fails due to finished Gridlets.
AR_CANCEL_FAIL_INVALID_BOOKING_ID - Static variable in class GridSimTags: Cancellation of a reservation fails due to invalid booking ID.
AR_CANCEL_SUCCESS - Static variable in class GridSimTags: Cancellation of a reservation is successful.
AR_COMMIT_ERROR - Static variable in class GridSimTags: Committing a reservation is failed due to unknown error.
AR_COMMIT_ERROR_RESOURCE_CANT_SUPPORT - Static variable in class GridSimTags: Committing a reservation is failed due to a resource does not support Advance Reservation functionalities.
AR_COMMIT_FAIL - Static variable in class GridSimTags: Committing a reservation is failed.
AR_COMMIT_FAIL_EXPIRED - Static variable in class GridSimTags: Committing a reservation is failed due to expiry.
AR_COMMIT_FAIL_INVALID_BOOKING_ID - Static variable in class GridSimTags: Committing a reservation is failed due to invalid booking ID.
AR_COMMIT_SUCCESS - Static variable in class GridSimTags: Committing a reservation is successful.
AR_CREATE_ERROR - Static variable in class GridSimTags: New request of a reservation fails due to unknown error.
AR_CREATE_ERROR_INVALID_DURATION_TIME - Static variable in class GridSimTags: New request of a reservation fails due to invalid duration time.
AR_CREATE_ERROR_INVALID_END_TIME - Static variable in class GridSimTags: New request of a reservation fails due to invalid end time.
AR_CREATE_ERROR_INVALID_NUM_PE - Static variable in class GridSimTags: New request of a reservation fails due to invalid number of PEs requested.
AR_CREATE_ERROR_INVALID_RESOURCE_ID - Static variable in class GridSimTags: New request of a reservation fails due to invalid resource ID.
AR_CREATE_ERROR_INVALID_RESOURCE_NAME - Static variable in class GridSimTags: New request of a reservation fails due to invalid resource name.
AR_CREATE_ERROR_INVALID_START_TIME - Static variable in class GridSimTags: New request of a reservation fails due to invalid start time.
AR_CREATE_FAIL_RESOURCE_CANT_SUPPORT - Static variable in class GridSimTags: New request of a reservation fails due to a resource that can not support Advance Reservation functionalities.
AR_CREATE_FAIL_RESOURCE_FULL_IN_10_HOURS - Static variable in class GridSimTags: New request of a reservation fails due to a resource full in 10 hours.
AR_CREATE_FAIL_RESOURCE_FULL_IN_10_MINS - Static variable in class GridSimTags: New request of a reservation fails due to a resource full in 10 minutes.
AR_CREATE_FAIL_RESOURCE_FULL_IN_10_SECS - Static variable in class GridSimTags: New request of a reservation fails due to a resource full in 10 seconds.
AR_CREATE_FAIL_RESOURCE_FULL_IN_15_HOURS - Static variable in class GridSimTags: New request of a reservation fails due to a resource full in 15 hours.
AR_CREATE_FAIL_RESOURCE_FULL_IN_15_MINS - Static variable in class GridSimTags: New request of a reservation fails due to a resource full in 15 minutes.
AR_CREATE_FAIL_RESOURCE_FULL_IN_15_SECS - Static variable in class GridSimTags: New request of a reservation fails due to a resource full in 15 seconds.
AR_CREATE_FAIL_RESOURCE_FULL_IN_1_HOUR - Static variable in class GridSimTags: New request of a reservation fails due to a resource full in 1 hour.
AR_CREATE_FAIL_RESOURCE_FULL_IN_1_MIN - Static variable in class GridSimTags: New request of a reservation fails due to a resource full in 1 minute.
AR_CREATE_FAIL_RESOURCE_FULL_IN_1_SEC - Static variable in class GridSimTags: New request of a reservation fails due to a resource full in 1 second.
AR_CREATE_FAIL_RESOURCE_FULL_IN_30_HOURS - Static variable in class GridSimTags: New request of a reservation fails due to a resource full in 30 hours.
AR_CREATE_FAIL_RESOURCE_FULL_IN_30_MINS - Static variable in class GridSimTags: New request of a reservation fails due to a resource full in 30 minutes.
AR_CREATE_FAIL_RESOURCE_FULL_IN_30_SECS - Static variable in class GridSimTags: New request of a reservation fails due to a resource full in 30 seconds.
AR_CREATE_FAIL_RESOURCE_FULL_IN_45_HOURS - Static variable in class GridSimTags: New request of a reservation fails due to a resource full in 45 hours onwards.
AR_CREATE_FAIL_RESOURCE_FULL_IN_45_MINS - Static variable in class GridSimTags: New request of a reservation fails due to a resource full in 45 minutes.
AR_CREATE_FAIL_RESOURCE_FULL_IN_45_SECS - Static variable in class GridSimTags: New request of a reservation fails due to a resource full in 45 seconds.
AR_CREATE_FAIL_RESOURCE_FULL_IN_5_HOURS - Static variable in class GridSimTags: New request of a reservation fails due to a resource full in 5 hours.
AR_CREATE_FAIL_RESOURCE_FULL_IN_5_MINS - Static variable in class GridSimTags: New request of a reservation fails due to a resource full in 5 minutes.
AR_CREATE_FAIL_RESOURCE_FULL_IN_5_SECS - Static variable in class GridSimTags: New request of a reservation fails due to a resource full in 5 seconds.
AR_CREATE_FAIL_RESOURCE_NOT_ENOUGH_PE - Static variable in class GridSimTags: New request of a reservation fails due to not enough PEs.
AR_MODIFY_ERROR - Static variable in class GridSimTags: Modification of a reservation fails due to unknown error.
AR_MODIFY_FAIL_INVALID_BOOKING_ID - Static variable in class GridSimTags: Modification of a reservation fails due to invalid booking ID.
AR_MODIFY_FAIL_INVALID_END_TIME - Static variable in class GridSimTags: Modification of a reservation fails due to invalid end time.
AR_MODIFY_FAIL_INVALID_NUM_PE - Static variable in class GridSimTags: Modification of a reservation fails due to invalid number of PEs requested.
AR_MODIFY_FAIL_INVALID_START_TIME - Static variable in class GridSimTags: Modification of a reservation fails due to invalid start time.
AR_MODIFY_FAIL_RESERVATION_ACTIVE - Static variable in class GridSimTags: Modification of a reservation fails since it is in active state.
AR_MODIFY_FAIL_RESOURCE_CANT_SUPPORT - Static variable in class GridSimTags: Modification of a reservation fails due to a resource that can not support Advance Reservation functionalities.
AR_MODIFY_SUCCESS - Static variable in class GridSimTags: Modification of a reservation is successfull.
AR_STATUS_ACTIVE - Static variable in class GridSimTags: The reservation has begun and is currently being executed by a destinated GridResource entity.
AR_STATUS_CANCELED - Static variable in class GridSimTags: The reservation has been canceled before activation.
AR_STATUS_COMPLETED - Static variable in class GridSimTags: The reservation has been completed.
AR_STATUS_ERROR - Static variable in class GridSimTags: Unknown error happens.
AR_STATUS_ERROR_INVALID_BOOKING_ID - Static variable in class GridSimTags: The reservation booking ID is invalid.
AR_STATUS_EXPIRED - Static variable in class GridSimTags: The reservation has passed its expiry time before being committed.
AR_STATUS_NOT_COMMITTED - Static variable in class GridSimTags: The reservation has been accepted by a resource, but not yet been committed by a user.
AR_STATUS_NOT_STARTED - Static variable in class GridSimTags: The reservation has not yet begun, i.e.
AR_STATUS_RESERVATION_DOESNT_EXIST - Static variable in class GridSimTags: The reservation booking ID does not exist.
AR_STATUS_TERMINATED - Static variable in class GridSimTags: The reservation has been canceled by a user during execution or active session.
ARAR - Static variable in class WorkloadLublin99
ARAR_ACTIVE - Static variable in class WorkloadLublin99
ARAR_BATCH - Static variable in class WorkloadLublin99
ARConservativeBackfill - Class in gridsim.parallel.scheduler: ARConservativeBackfill class is an allocation policy for ParallelResource that implements conservative backfilling and supports advance reservations.
ARConservativeBackfill(String, String) - Constructor for class ARConservativeBackfill: Allocates a new ARConservativeBackfill object.
ARConservativeBackfill(String, String, int) - Constructor for class ARConservativeBackfill: Allocates a new ARConservativeBackfill object.
ARED - Class in gridsim.net.fnb: This class implements the Adaptative Random Early Detection (ARED) policy for the management of network buffers at routers.
ARED(String, double, double, int, double, boolean) - Constructor for class ARED: Creates a new Adaptative Random Early Detection (ARED) policy.
ARGridResource - Class in gridsim: ARGridResource class handles all Advanced Reservation functionalities.
ARGridResource(String, double, ResourceCharacteristics, ResourceCalendar, ARPolicy) - Constructor for class ARGridResource: Allocates a new GridResource object that supports Advanced Reservation.
ARGridResource(String, Link, ResourceCharacteristics, ResourceCalendar, ARPolicy) - Constructor for class ARGridResource: Allocates a new GridResource object that supports Advanced Reservation.
ARObject - Class in gridsim: ARObject class represents a reservation object and its properties.
ARObject(ARObject) - Constructor for class ARObject: Copy constructor.
ARObject(String) - Constructor for class ARObject: Allocates a new ARObject object, with a default time zone from GridSim.getSimulationCalendar() method.
ARObject(String, double) - Constructor for class ARObject: Allocates a new ARObject object.
ARObject(int, double) - Constructor for class ARObject: Allocates a new ARObject object.
ARObject(int) - Constructor for class ARObject: Allocates a new ARObject object, with a default time zone from GridSim.getSimulationCalendar() method.
ARPolicy - Class in gridsim: ARPolicy is an abstract class that handles the internal GridResource allocation policy related to Advanced Reservation functionalities.
ARPolicy(String, String) - Constructor for class ARPolicy: Allocates a new ARPolicy object.
ARSimpleSpaceShared - Class in gridsim: This is a resource scheduler that handles Advanced Reservation functionalities.
ARSimpleSpaceShared(String, String) - Constructor for class ARSimpleSpaceShared: Creates a new scheduler that handles advanced reservations.
ARSimpleSpaceShared(String, String, int) - Constructor for class ARSimpleSpaceShared: Creates a new scheduler that handles advanced reservations.
attach(Sim_entity, Sim_entity) - Method in class FlowLink: Connects one entity to another via this link
attach(String, String) - Method in class FlowLink: Connects one entity to another via this link
attach(Sim_entity, Sim_entity) - Method in class Link: Connects two entities using this link.
attach(String, String) - Method in class Link: Connects two entities using this link.
attach(Sim_entity, Sim_entity) - Method in class SimpleLink: Connects one entity to another via this link
attach(String, String) - Method in class SimpleLink: Connects one entity to another via this link
attachHost(GridSimCore, PacketScheduler) - Method in class FloodingRouter: Attaches an entity to this router.
attachHost(GridSimCore, PacketScheduler) - Method in class FlowRouter: Attaches an entity to this router.
attachHost(GridSimCore, PacketScheduler) - Method in class FnbRIPRouter: Attaches an entity to this router.
attachHost(GridSimCore, PacketScheduler) - Method in class RateControlledRouter: Attaches an entity to this router.
attachHost(GridSimCore, PacketScheduler) - Method in class RIPRouter: Attaches an entity to this router.
attachHost(GridSimCore, PacketScheduler) - Method in class Router: Attaches an entity to this router.
attachRouter(Router, Link, PacketScheduler, PacketScheduler) - Method in class FloodingRouter: Joins two routers with a Link.
attachRouter(Router, Link, PacketScheduler) - Method in class FloodingRouter: Joins two routers together.
attachRouter(Router, Link, PacketScheduler, PacketScheduler) - Method in class FlowRouter: Joins two routers with a Link.
attachRouter(Router, Link, PacketScheduler) - Method in class FlowRouter: Joins two routers together.
attachRouter(Router, Link, PacketScheduler, PacketScheduler) - Method in class FnbRIPRouter: Joins two routers with a Link.
attachRouter(Router, Link, PacketScheduler) - Method in class FnbRIPRouter: Joins two routers together.
attachRouter(Router, Link, PacketScheduler, PacketScheduler) - Method in class RateControlledRouter: Joins two routers with a Link.
attachRouter(Router, Link, PacketScheduler) - Method in class RateControlledRouter: Joins two routers together.
attachRouter(Router, Link, PacketScheduler, PacketScheduler) - Method in class RIPRouter: Joins two routers with a Link.
attachRouter(Router, Link, PacketScheduler) - Method in class RIPRouter: Joins two routers together.
attachRouter(Router, Link, PacketScheduler, PacketScheduler) - Method in class Router: Joins two routers with a Link.
attachRouter(Router, Link, PacketScheduler) - Method in class Router: Joins two routers together.
Auction - Class in gridsim.auction: This class represents an auction.
Auction(String, int, int, Sim_port) - Constructor for class Auction: Default constructor
Auction(String, int) - Constructor for class Auction: Constructor
AUCTION_ACCEPT_PROPOSAL - Static variable in class AuctionTags: Used to inform that a bid has been accepted
AUCTION_ASK - Static variable in class AuctionTags: Represents an ask sent to an auctioneer
AUCTION_CFP - Static variable in class AuctionTags: It means a call for bids or proposals
AUCTION_DELETE - Static variable in class AuctionTags: Used to inform the auctioneer that an auction must be deleted
AUCTION_FINISHED - Static variable in class AuctionTags: Event code used to inform auctioneer that an auction has finished
AUCTION_INFORM_OUTCOME - Static variable in class AuctionTags: This code is used to events that inform the final outcome of an auction
AUCTION_INFORM_START - Static variable in class AuctionTags: Event used by messages that inform the start of an auction
AUCTION_MATCH_TO_ASK - Static variable in class AuctionTags: Used to inform that a match for an ask has been found
AUCTION_POST - Static variable in class AuctionTags: An auction must be post to an auctioneer.
AUCTION_PROPOSE - Static variable in class AuctionTags: Proposal or bid
AUCTION_REJECT_CALL_FOR_BID - Static variable in class AuctionTags: Represents the rejects of a proposal
AUCTION_REJECT_PROPOSAL - Static variable in class AuctionTags: It is used to reject a proposal
AUCTION_START - Static variable in class AuctionTags: Event code used to trigger or start an auction
AUCTION_TIMEOUT - Static variable in class AuctionTags: Internal event code internally by auctions to control timeout of rounds and auctions
Auctioneer - Class in gridsim.auction: This class defines the basic behavious of an auctioneer
Auctioneer(String) - Constructor for class Auctioneer: Constructor
Auctioneer(String, double) - Constructor for class Auctioneer: Constructor
Auctioneer(String, Link) - Constructor for class Auctioneer
AuctionObserver - Class in gridsim.auction: This class is used by entities that want to participate as bidders in auctions.
AuctionObserver(int, String, Sim_port) - Constructor for class AuctionObserver: Constructor
AuctionObserver(int, String, Sim_port, Responder) - Constructor for class AuctionObserver: Constructor
AuctionTags - Class in gridsim.auction: Contains various static command tags that indicate a type of action that needs to be undertaken by auction entities when they receive or send events.
avail - Variable in class Profile
AvailabilityInfo - Class in gridsim.resFailure: This class is used by GridSim users to check whether a particular resource is working or is totally failed.
AvailabilityInfo(int, int) - Constructor for class AvailabilityInfo: Creates a new object of this class
avgQueueSize() - Method in class FIFO: Calculate the avg queue size for the FIFO algorithm.
avgQueueSize() - Method in class RED: Calculate the avg queue size for the RED algorithm.

B

B1 - Static variable in class WorkloadLublin99
B1_ACTIVE - Static variable in class WorkloadLublin99
B1_BATCH - Static variable in class WorkloadLublin99
B2 - Static variable in class WorkloadLublin99
B2_ACTIVE - Static variable in class WorkloadLublin99
B2_BATCH - Static variable in class WorkloadLublin99
backfillGridlets() - Method in class AggressiveBackfill: This method backfills/starts gridlets that are in the queue
backfillGridlets() - Method in class AggressiveMultiPartitions: This method starts/backfills jobs that are in the queue and pivots (first jobs in the partitions) whose start time is smaller than the current simulation time.
backfillGridlets() - Method in class SelectiveBackfill: This method backfills/starts jobs that are in the queue
BARR - Static variable in class WorkloadLublin99
BARR_ACTIVE - Static variable in class WorkloadLublin99
BARR_BATCH - Static variable in class WorkloadLublin99
BATCH_JOBS - Static variable in class WorkloadLublin99: Represents batch jobs
baudRate_ - Variable in class Link: Baud rate of this link in bits/s
BITS - Static variable in interface NetIO: A constant that denotes 1 byte in bits
BNUM - Static variable in class WorkloadLublin99
BNUM_ACTIVE - Static variable in class WorkloadLublin99
BNUM_BATCH - Static variable in class WorkloadLublin99
body() - Method in class ARSimpleSpaceShared: Handles internal events that are coming to this entity.
body() - Method in class Auction
body() - Method in class Auctioneer: Handles external events that are coming to this Auctioneer entity.
body() - Method in class AuctionObserver
body() - Method in class AbstractRC: Handles incoming requests to this entity, DO NOT OVERRIDE this method.
body() - Method in class SimpleReplicaManager: The main method of the data manager, which is responsible for managing all the incoming events.
body() - Method in class GridInformationService: A method that gets one event at a time, and serves it based on its request.
body() - Method in class GridResource: Handles external events that are coming to this GridResource entity.
body() - Method in class GridSimShutdown: The main method that shuts down resources and Grid Information Service (GIS).
body() - Method in class GridStatistics: A method that gets one process event at one time until the end of a simulation, then records its statistics.
body() - Method in class AbstractGIS: Handles incoming requests to this entity, DO NOT OVERRIDE this method.
body() - Method in class FlowInput: A method that gets one process event at one time until the end of a simulation, then delivers an event to the entity (its parent)
body() - Method in class FlowLink: Handles external events that are coming to this link.
body() - Method in class FlowOutput: A method that gets one process event at one time until the end of a simulation, then delivers an event to the entity (its parent)
body() - Method in class FnbInput: A method that gets one process event at one time until the end of a simulation, then delivers an event to the entity (its parent)
body() - Method in class FnbOutput: A method that gets one process event at one time until the end of a simulation, then delivers an event to the entity (its parent)
body() - Method in class FnbSCFQScheduler: A method that gets one process event at one time until the end of a simulation, then delivers an event to the entity (its parent)
body() - Method in class Input: A method that gets one process event at one time until the end of a simulation, then delivers an event to the entity (its parent)
body() - Method in class Output: A method that gets one process event at one time until the end of a simulation, then delivers an event to the entity (its parent)
body() - Method in class RateControlledScheduler: Handles an incoming events coming from a specified Router
body() - Method in class Router: Handles incoming requests.
body() - Method in class SimpleLink: Handles external events that are coming to this link.
body() - Method in class AggressiveBackfill: Handles internal events that come to this entity.
body() - Method in class AggressiveMultiPartitions: Handles internal events that come to this entity.
body() - Method in class ARConservativeBackfill
body() - Method in class ConservativeBackfill: Handles internal events that come to this entity.
body() - Method in class SelectiveBackfill: Handles internal events that come to this entity.
body() - Method in class Workload: Generates jobs according to provided model when the simulation starts.
body() - Method in class GridResourceWithFailure: Handles external events that are coming to this GridResourceWithFailure entity.
body() - Method in class SpaceSharedWithFailure: Handles internal events that are coming to this entity.
body() - Method in class TimeSharedWithFailure: Handles internal events that are coming to this entity.
body() - Method in class SpaceShared: Handles internal events that are coming to this entity.
body() - Method in class TimeShared: Handles internal events that are coming to this entity.
body() - Method in class Workload: Reads from a given file when the simulation starts running.
broadcastMessage(Message) - Method in class Auction: Brodcasts a message to all bidders engaged in the auction
BUSY - Static variable in class PE: Denotes PE is allocated and hence busy in processing Gridlet

C

calculateTotalLoad(int) - Method in class AllocPolicy: Calculates the current load of a GridResource for a given number of Gridlets currently in execution.
CANCELED - Static variable in class Gridlet: The Gridlet has been canceled.
cancelReservation(String) - Method in class AdvanceReservation: Cancels a given reservation.
cancelReservation(String, ArrayList) - Method in class AdvanceReservation: Cancels a list of Gridlets for a given reservation.
cancelReservation(String, Gridlet) - Method in class AdvanceReservation: Cancels a Gridlet for a given reservation.
cancelReservation(String, int) - Method in class AdvanceReservation: Cancels a Gridlet for a given reservation.
cancelReservation(ReservationMessage) - Method in interface ReservationPolicy: A method that handles a cancel reservation request.
cancelReservation(int) - Method in class ReservationRequester: Cancels a given reservation.
cancelReservation(ReservationMessage) - Method in class ARConservativeBackfill: This method handles a cancel reservation request.
categories - Variable in class SelectiveBackfill
checkAvailability(int, double, long) - Method in class Profile: Returns a profile entry if a given job with the characteristics provided can be scheduled.
checkDroppedGlList(int, int) - Method in class FnbSCFQScheduler: Checks if there is an existing gridletID_userID in the droppedGl_user array.
checkImmediateAvailability() - Method in class Profile: Returns a profile entry with the currently available PEs.
checkList(int) - Method in class FnbWhiteList: Returns true if the given id is in the white list.
checkPartAvailability(int, double, long) - Method in class PartProfile: Returns a profile entry if a given job with the characteristics provided can be scheduled.
checkPartImmediateAvailability(int) - Method in class PartProfile: Returns a profile entry with the currently available PEs at a given partition.
clear() - Method in class LinkedTreeMap: Removes all mappings from this TreeMap.
clear() - Method in class PERangeList: Removes all ranges from this list of ranges
clock() - Static method in class GridSim: Gets the current simulation time (based on SimJava simulation clock)
clone() - Method in class LinkedTreeMap: Returns a shallow copy of this TreeMap instance.
clone() - Method in class PartProfile: Returns a shallow copy of this object.
NOTE: this method does not clone the entries.
clone(double) - Method in class PartProfileEntry: Returns a clone of this entry.
clone() - Method in class PERange: Returns a clone of this range
clone() - Method in class PERangeList: Returns a clone of this list of ranges
clone(double) - Method in class Profile.Entry
clone(double) - Method in class ProfileEntry: Returns a clone of this entry.
clone() - Method in class SingleProfile: Returns shallow copy of this object.
NOTE: this method does not clone the entries.
clone(double) - Method in class SingleProfileEntry: Returns a clone of this entry.
clone() - Method in class Reservation: Returns a clone of this object
closeAuction() - Method in class DoubleAuction: This method sets the auction as closed
closeAuction() - Method in class OneSidedAuction: This method sets the auction as closed
color - Variable in class LinkedTreeMap.Entry
commitReservation(String) - Method in class AdvanceReservation: Commits a reservation only without sending any Gridlet objects.
commitReservation(String, GridletList) - Method in class AdvanceReservation: Commits a reservation together with a list of Gridlet objects.
commitReservation(String, Gridlet) - Method in class AdvanceReservation: Commits a reservation together with a Gridlet object.
commitReservation(ReservationMessage) - Method in interface ReservationPolicy: A method that handles a commit reservation request.
commitReservation(int) - Method in class ReservationRequester: Commits a reservation indicating that the user is willing to used it.
commitReservation(ReservationMessage) - Method in class ARConservativeBackfill: Handles a commit reservation request.
comparator() - Method in class LinkedTreeMap: Returns the comparator used to order this map, or null if this map uses its keys' natural order.
compare(Object, Object) - Method in class ContinuousDoubleAuction.OrderAsksByPriceAsc
compare(Object, Object) - Method in class ContinuousDoubleAuction.OrderBidsByPriceDesc
compare(Object, Object) - Method in class FirstPriceSealedBidAuction.OrderPrice
compare(Object, Object) - Method in class ReverseFirstPriceSealedBidAuction.OrderPrice
compare(SSGridlet, SSGridlet) - Method in class AggressiveMultiPartitions.OrderGridletsByPriority
compareTo(PERange) - Method in class PERange: Compares this range against another range of PEs.
compareTo(ProfileEntry) - Method in class ProfileEntry: Compares this object with the specified object for order.
compareTo(Reservation) - Method in class Reservation: Compares this reservation with the specified reservation for order.
componentResized(ComponentEvent) - Method in class ResourceWindow.FrameResizer
compressSchedule(double, boolean) - Method in class ConservativeBackfill: This method performs the compression of the schedule.
ConservativeBackfill - Class in gridsim.parallel.scheduler: ConservativeBackfill class is an allocation policy for ParallelResource that implements conservative backfilling.
ConservativeBackfill(String, String) - Constructor for class ConservativeBackfill: Allocates a new ConservativeBackfill object.
contains(File) - Method in class ReplicaManager: Checks whether the resource has the given file
contains(String) - Method in class ReplicaManager: Checks whether the resource has the given file
contains(String) - Method in class HarddriveStorage: Checks whether a certain file is on the storage or not.
contains(File) - Method in class HarddriveStorage: Checks whether a certain file is on the storage or not.
contains(String) - Method in interface Storage: Checks whether a file is stored in the storage or not.
contains(File) - Method in interface Storage: Checks whether a file is stored in the storage or not.
contains(String) - Method in class TapeStorage: Checks whether a certain file is on the storage or not.
contains(File) - Method in class TapeStorage: Checks whether a certain file is on the storage or not.
containsKey(Object) - Method in class LinkedTreeMap: Returns true if this map contains a mapping for the specified key.
containsValue(Object) - Method in class LinkedTreeMap: Returns true if this map maps one or more keys to the specified value.
CONTINUOUS_DOUBLE_AUCTION - Static variable in class AuctionTags: This code is used by Continuous Double auctions
ContinuousDoubleAuction - Class in gridsim.auction: This class represents a Continuos Double Auction.
ContinuousDoubleAuction(String, int, double, Sim_port) - Constructor for class ContinuousDoubleAuction: Constructor
ContinuousDoubleAuction(String, double) - Constructor for class ContinuousDoubleAuction: Constructor
ContinuousDoubleAuction.OrderAsksByPriceAsc - Class in gridsim.auction
ContinuousDoubleAuction.OrderAsksByPriceAsc() - Constructor for class ContinuousDoubleAuction.OrderAsksByPriceAsc
ContinuousDoubleAuction.OrderBidsByPriceDesc - Class in gridsim.auction
ContinuousDoubleAuction.OrderBidsByPriceDesc() - Constructor for class ContinuousDoubleAuction.OrderBidsByPriceDesc
convertTimeZone(long, double, double) - Static method in class AdvanceReservation: Converts local time from one time zone to another
copy(ARObject) - Method in class ARObject: Copy the object.
copy() - Method in class PartProfile: Returns a copy of this object.
NOTE: this method clones the entries, but does not clone the partition and predicates information.
copy() - Method in class SingleProfile: Returns copy of this object.
NOTE: this method clones the entries
copy(Reservation) - Method in class Reservation: Copy the object.
copyValue(FileAttribute) - Method in class FileAttribute: Copy the values of this object into another FileAttribute class
CREATED - Static variable in class Gridlet: The Gridlet has been created and added to the GridletList object
createFIFO(String) - Static method in class NetworkReader: Creates a network topology that uses a FIFO packet scheduler
createFlow(String) - Static method in class NetworkReader: Creates a network topology that uses the flow network functionality.
createLocalRC() - Method in class DataGridResource: Creates a new local RC, meaning it is located inside this resource.
createPartition(int, int, PartitionPredicate) - Method in class AggressiveMultiPartitions: Creates a new partition in this scheduler.
createRate(String, double[]) - Static method in class NetworkReader: Creates a network topology that uses a Rate controlled packet scheduler
createReservation(Calendar, Calendar, int, int) - Method in class AdvanceReservation: Creates a new reservation and sends the request to a resource.
createReservation(Calendar, Calendar, int, String) - Method in class AdvanceReservation: Creates a new reservation and sends the request to a resource.
createReservation(Calendar, int, int, int) - Method in class AdvanceReservation: Creates a new reservation and sends the request to a resource.
createReservation(Calendar, int, int, String) - Method in class AdvanceReservation: Creates a new reservation and sends the request to a resource.
createReservation(long, long, int, int) - Method in class AdvanceReservation: Creates a new reservation and sends the request to a resource.
createReservation(long, long, int, String) - Method in class AdvanceReservation: Creates a new reservation and sends the request to a resource.
createReservation(long, int, int, int) - Method in class AdvanceReservation: Creates a new reservation and sends the request to a resource.
createReservation(long, int, int, String) - Method in class AdvanceReservation: Creates a new reservation and sends the request to a resource.
createReservation(ReservationMessage) - Method in interface ReservationPolicy: A method that handles a new advanced reservation request.
createReservation(double, int, int, int) - Method in class ReservationRequester: Creates a new reservation and sends the request to a resource.
Immediate reservation can be used by this method by specifying startTime = 0, meaning do not care about start time or use current time as a reservation's start time.
createReservation(ReservationMessage) - Method in class ARConservativeBackfill: Handles an advance reservation request.
createResponse() - Method in class ReservationMessage: Creates a response for this message.
createSCFQ(String, double[], int, int, int, int, double, double, boolean) - Static method in class FnbNetworkReader: Creates a network topology that uses a SCFQ packet scheduler
createSCFQ(String, double[]) - Static method in class NetworkReader: Creates a network topology that uses a SCFQ packet scheduler
CTLG_ADD_MASTER - Static variable in class DataGridTags: Denotes the request to register / add a master file to the Replica Catalogue.
The format of this request is Object[3] = {String filename, FileAttribute attr, Integer resID}.
The reply tag name is DataGridTags.CTLG_ADD_MASTER_RESULT.
CTLG_ADD_MASTER_ERROR - Static variable in class DataGridTags: Denotes that master file addition is failed due to an unknown error
CTLG_ADD_MASTER_ERROR_FULL - Static variable in class DataGridTags: Denotes that master file addition is failed due to the catalogue is full
CTLG_ADD_MASTER_RESULT - Static variable in class DataGridTags: Sends the result of registering a master file back to sender.
The format of the reply is Object[3] = {String filename, Integer uniqueID, Integer resultID}.
NOTE: The result id is in the form of CTLG_ADD_MASTER_XXXX where XXXX means the error/success message
CTLG_ADD_MASTER_SUCCESSFUL - Static variable in class DataGridTags: Denotes that master file addition is successful
CTLG_ADD_REPLICA - Static variable in class DataGridTags: Denotes the request to register / add a replica file to the Replica Catalogue.
The format of this request is Object[2] = {String lfn, Integer resourceID}.
The reply tag name is DataGridTags.CTLG_ADD_REPLICA_RESULT.
CTLG_ADD_REPLICA_ERROR - Static variable in class DataGridTags: Denotes that replica file addition is failed due to an unknown error
CTLG_ADD_REPLICA_ERROR_DOESNT_EXIST - Static variable in class DataGridTags: Denotes that replica file addition is failed because the given file name does not exist in the catalogue
CTLG_ADD_REPLICA_ERROR_FULL - Static variable in class DataGridTags: Denotes that replica file addition is failed due to the catalogue is full
CTLG_ADD_REPLICA_RESULT - Static variable in class DataGridTags: Sends the result of registering a replica file back to sender.
The format of the reply is Object[2] = {String lfn, Integer resultID}.
NOTE: The result id is in the form of CTLG_ADD_REPLICA_XXXX where XXXX means the error/success message
CTLG_ADD_REPLICA_SUCCESSFUL - Static variable in class DataGridTags: Denotes that replica file addition is successful
CTLG_DELETE_MASTER - Static variable in class DataGridTags: Denotes the request to de-register / delete a master file from the Replica Catalogue.
The format of this request is Object[2] = {String lfn, Integer resourceID}.
The reply tag name is DataGridTags.CTLG_DELETE_MASTER_RESULT.
CTLG_DELETE_MASTER_DOESNT_EXIST - Static variable in class DataGridTags: Denotes that master file deletion is failed because the file does not exist in the catalogue
CTLG_DELETE_MASTER_ERROR - Static variable in class DataGridTags: Denotes that master file deletion is failed due to an unknown error
CTLG_DELETE_MASTER_REPLICAS_EXIST - Static variable in class DataGridTags: Denotes that master file deletion is failed because replica files are still in the catalogue.
CTLG_DELETE_MASTER_RESULT - Static variable in class DataGridTags: Sends the result of de-registering a master file back to sender.
The format of the reply is Object[2] = {String lfn, Integer resultID}.
NOTE: The result id is in the form of CTLG_DELETE_MASTER_XXXX where XXXX means the error/success message
CTLG_DELETE_MASTER_SUCCESSFUL - Static variable in class DataGridTags: Denotes that master file deletion is successful
CTLG_DELETE_REPLICA - Static variable in class DataGridTags: Denotes the request to de-register / delete a replica file from the Replica Catalogue.
The format of this request is Object[2] = {String lfn, Integer resourceID}.
The reply tag name is DataGridTags.CTLG_DELETE_REPLICA_RESULT.
CTLG_DELETE_REPLICA_ERROR - Static variable in class DataGridTags: Denotes that replica file deletion is failed due to an unknown error
CTLG_DELETE_REPLICA_ERROR_DOESNT_EXIST - Static variable in class DataGridTags: Denotes that replica file deletion is failed because the file does not exist in the catalogue
CTLG_DELETE_REPLICA_RESULT - Static variable in class DataGridTags: Sends the result of de-registering a replica file back to sender.
The format of the reply is Object[2] = {String lfn, Integer resultID}.
NOTE: The result id is in the form of CTLG_DELETE_REPLICA_XXXX where XXXX means the error/success message
CTLG_DELETE_REPLICA_SUCCESSFUL - Static variable in class DataGridTags: Denotes that replica file deletion is successful
CTLG_FILE_ATTR_DELIVERY - Static variable in class DataGridTags: Sends the result for a file attribute back to sender.
The format of the reply is {FileAttribute fileAttr}.
NOTE: The fileAttr could be null if not found.
CTLG_FILTER - Static variable in class DataGridTags: Denotes the request to get a list of file attributes based on the given filter.
The format of this request is Object[2] = {Filter filter, Integer senderID}.
The reply tag name is DataGridTags.CTLG_FILTER_DELIVERY.
CTLG_FILTER_DELIVERY - Static variable in class DataGridTags: Sends the result for a list of file attributes back to sender.
The format of the reply is {List attrList}.
NOTE: The attrList could be null if not found.
CTLG_GET_FILE_ATTR - Static variable in class DataGridTags: Denotes the request to get the attribute of a file.
The format of this request is Object[2] = {String lfn, Integer senderID}.
The reply tag name is DataGridTags.CTLG_FILE_ATTR_DELIVERY.
CTLG_GET_REPLICA - Static variable in class DataGridTags: Denotes the request for a location of a replica file.
The format of this request is Object[2] = {String lfn, Integer senderID}.
The reply tag name is DataGridTags.CTLG_REPLICA_DELIVERY.
NOTE: This request only ask for one location only not all.
CTLG_GET_REPLICA_LIST - Static variable in class DataGridTags: Denotes the request for all locations of a replica file.
The format of this request is Object[2] = {String lfn, Integer senderID}.
The reply tag name is DataGridTags.CTLG_REPLICA_LIST_DELIVERY.
CTLG_MODIFY_MASTER - Static variable in class DataGridTags: Denotes the request to modify an existing master file information stored in the Replica Catalogue.
The format of this request is Object[3] = {String filename, FileAttribute attr, Integer resID}.
The reply tag name is DataGridTags.CTLG_MODIFY_MASTER_RESULT.
CTLG_MODIFY_MASTER_ERROR - Static variable in class DataGridTags: Denotes that master file modification is failed due to an unknown error
CTLG_MODIFY_MASTER_ERROR_DOESNT_EXIST - Static variable in class DataGridTags: Denotes that master file modification is failed because the file does not exist in the catalogue
CTLG_MODIFY_MASTER_ERROR_READ_ONLY - Static variable in class DataGridTags: Denotes that master file modification is failed because the file attribute is set to a read-only
CTLG_MODIFY_MASTER_RESULT - Static variable in class DataGridTags: Sends the result of modifying a master file back to sender.
The format of the reply is Object[2] = {String lfn, Integer resultID}.
NOTE: The result id is in the form of CTLG_MODIFY_MASTER_XXXX where XXXX means the error/success message
CTLG_MODIFY_MASTER_SUCCESSFUL - Static variable in class DataGridTags: Denotes that master file deletion is successful
CTLG_REPLICA_DELIVERY - Static variable in class DataGridTags: Sends the result for a location of a replica file back to sender.
The format of the reply is Object[2] = {String lfn, Integer resourceID}.
NOTE: The resourceID could be -1 if not found.
CTLG_REPLICA_LIST_DELIVERY - Static variable in class DataGridTags: Sends the result for all locations of a replica file back to sender.
The format of the reply is Object[2] = {String lfn, List locationList}.
NOTE: The locationList could be null if not found.
currentRound() - Method in class OneSidedAuction: Returns the current round of the auction
currentTime() - Method in class PartProfile: This method returns the current time.
currentTime() - Method in class Profile: This method returns the current time (or simulation time if the data structure is used for simulation purposes.
currentTime() - Method in class SingleProfile: This method returns the current time.

D

dat - Variable in class LogFormatter
DataGIS - Class in gridsim.datagrid.index: A Data GridInformationService (GIS) entity that is responsible only for storing a registration info from a Replica Catalogue (RC) entity.
DataGIS(String, double) - Constructor for class DataGIS: Allocates a new Data GIS
DataGIS() - Constructor for class DataGIS: Allocates a new Data GIS
DataGIS(String) - Constructor for class DataGIS: Allocates a new Data GIS with a default baud rate.
DataGridlet - Class in gridsim.datagrid: A DataGridlet is an extension of the Gridlet class, which requires one or more data files to run.
DataGridlet(int, double, long, long, LinkedList) - Constructor for class DataGridlet: Creates a new DataGridlet object.
DataGridlet(int, double, long, long, boolean, LinkedList) - Constructor for class DataGridlet: Creates a new DataGridlet object.
DataGridlet(int, double, long, long, boolean) - Constructor for class DataGridlet: Creates a new DataGridlet object.
DATAGRIDLET_SUBMIT - Static variable in class DataGridTags: Denotes the submission of a DataGridlet.
DataGridResource - Class in gridsim.datagrid: A resource for Data Grids enables users to run their jobs as well as to gain access to available data sets.
DataGridResource(String, Link, ResourceCharacteristics, ResourceCalendar, ReplicaManager) - Constructor for class DataGridResource: Creates a new DataGrid resource object
DataGridResource(String, Link, ResourceCharacteristics, ResourceCalendar, AllocPolicy, ReplicaManager) - Constructor for class DataGridResource: Creates a new DataGrid resource object
DataGridTags - Class in gridsim.datagrid: This class contains additional tags for the DataGrid functionalities, such as file information retrieval, file transfers, and storage info.
DataGridUser - Class in gridsim.datagrid: A class for representing a user in a Data Grid environment
DataGridUser(String, Link) - Constructor for class DataGridUser: Creates a new DataGrid user.
NOTE: When using this constructor, do not forget to set the regional GIS name and the Replica Catalogue name for this entity.
DataGridUser(String, Link, String) - Constructor for class DataGridUser: Creates a new DataGrid user.
NOTE: When using this constructor, do not forget to set the Replica Catalogue name for this entity.
DataGridUser(String, Link, String, String) - Constructor for class DataGridUser: Creates a new DataGrid user
DataRegionalGIS - Class in gridsim.datagrid.index: A data GridInformationService (GIS) entity that is responsible for storing a registration info from a Replica Catalogue (RC) entity and answering any incoming queries.
DataRegionalGIS(String, Link) - Constructor for class DataRegionalGIS: Creates a new Data GIS entity
decreaseJob() - Method in class ProfileEntry: Decreases the number of jobs/reservations that rely on this entry to mark their expected completion time or their anchor point
DEFAULT_BAUD_RATE - Static variable in class GridSimTags: Denotes the default baud rate for some GridSim entities
DEFAULT_BAUD_RATE - Static variable in class Link: Default baud rate of a link in bits/sec
DEFAULT_MTU - Static variable in class Link: Default Maximum Transmission Unit (MTU) of a link in bytes
DEFAULT_NAME - Static variable in class TopRegionalRC: Default name for this RC entity, which is "GridSim_TopRC".
DEFAULT_PROP_DELAY - Static variable in class Link: Default propagation delay of a link in millisecond
DEFAULT_STORAGE_SIZE - Static variable in class DataGridTags: The default storage size (10 GByte)
DELAY - Static variable in class Router: Denotes a time delay (in second) for sending events in the future.
delay_ - Variable in class Link: Propagation delay of this link in millisecond
deleteFile(String, int) - Method in class DataGridUser: Deletes a given file stored in a resource
deleteFile(String) - Method in class ReplicaManager: Deletes a file from the local storage, and registers the change to the designated Replica Catalogue.
deleteFile(String) - Method in class SimpleReplicaManager: Deletes a file from the local storage, and registers the change to the designated Replica Catalogue.
deleteFile(String) - Method in class HarddriveStorage: Removes a file from the storage.
deleteFile(String, File) - Method in class HarddriveStorage: Removes a file from the storage.
deleteFile(File) - Method in class HarddriveStorage: Removes a file from the storage.
deleteFile(String) - Method in interface Storage: Removes a file from the storage.
deleteFile(String, File) - Method in interface Storage: Removes a file from the storage.
deleteFile(File) - Method in interface Storage: Removes a file from the storage.
deleteFile(String) - Method in class TapeStorage: Removes a file from the storage -- NOT SUPPORTED.
NOTE: a tape is supposed to be for backup purposes, once it is full, individual files can't be deleted unless the tape is cleared.
deleteFile(String, File) - Method in class TapeStorage: Removes a file from the storage -- NOT SUPPORTED.
NOTE: a tape is supposed to be for backup purposes, once it is full, individual files can't be deleted unless the tape is cleared.
deleteFile(File) - Method in class TapeStorage: Removes a file from the storage -- NOT SUPPORTED.
NOTE: a tape is supposed to be for backup purposes, once it is full, individual files can't be deleted unless the tape is cleared.
deleteMaster(String, int) - Method in class DataGridUser: Deletes a master file stored in a resource
deleteRequiredFile(String) - Method in class DataGridlet: Deletes the given filename from the list
deque() - Method in class FIFOScheduler: In this scheduler, the packet returned is always from the head of the queue.
deque() - Method in class FnbSCFQScheduler: The method deque() has to decide which queue is to be served next.
deque() - Method in class RED: The method deque() has to decide which queue is to be served next.
deque() - Method in interface PacketScheduler: Removes a single packet and returns it.
deque() - Method in class RateControlledScheduler: The method deque() has to decide which queue is to be served next -- This method is not used
deque() - Method in class SCFQScheduler: The method deque() has to decide which queue is to be served next.
deregisterDeletedFile(String, int) - Method in class ReplicaManager: Notifies a deleted file to the designated Replica Catalogue (RC)
deregisterFlow(Packet) - Method in class FlowLink: Deregisters active flow on link.
difference(PERange) - Method in class PERange: Returns the list of ranges resulting from subtracting the given range from this range
disableDebugMode() - Static method in class GridSim: Disables the debug mode (used by the GUI)
disableSlowMotionMode() - Method in class AbstractVisualizer: Disables the slow motion mode (used by the GUI)
disableStepByStepMode() - Method in class AbstractVisualizer: Disables the step by step mode (used by the GUI)
DoubleAuction - Class in gridsim.auction: This class represents a double auction.
DoubleAuction(String, int, int, double, Sim_port) - Constructor for class DoubleAuction: Default constructor
DoubleAuction(String, int, double) - Constructor for class DoubleAuction: Default constructor
doubleSample() - Static method in class GridSimRandom: Gets the random double value from java.util.Random
DUTCH_AUCTION - Static variable in class AuctionTags: This code is used by Dutch auctions
DutchAuction - Class in gridsim.auction: This class represents a Dutch Auction.
DutchAuction(String, int, double, int, Sim_port) - Constructor for class DutchAuction: Constructor
DutchAuction(String, double, int) - Constructor for class DutchAuction: Constructor
dynamics - Variable in class AggressiveBackfill
dynamics - Variable in class AggressiveMultiPartitions
dynamics - Variable in class ConservativeBackfill
dynamics - Variable in class SelectiveBackfill

E

EMPTY_PKT - Static variable in class GridSimTags: Denotes that this packet is empty.
enableDebugMode() - Static method in class GridSim: Enables the debug mode (used by the GUI)
enableSlowMotionMode() - Method in class AbstractVisualizer: Enables the slow motion mode (used by the GUI)
enableStepByStepMode() - Method in class AbstractVisualizer: Enables the step by step mode (used by the GUI)
END_OF_AUCTION - Static variable in class AuctionTags: Used to stop an auction and to stop the execution of its body() method.
END_OF_SIMULATION - Static variable in class GridSimTags: Denotes the end of simulation
ENGLISH_AUCTION - Static variable in class AuctionTags: This code is used by English auctions
EnglishAuction - Class in gridsim.auction: This class represents an English Auction.
EnglishAuction(String, int, double, int, Sim_port) - Constructor for class EnglishAuction: Constructor
EnglishAuction(String, double, int) - Constructor for class EnglishAuction: Constructor
enque(Packet) - Method in class FIFOScheduler: In this scheduler, the packet is put into the tail of the queue.
enque(Packet) - Method in class FIFO: Checks queue size and puts a packet into the queue
enque(Packet) - Method in class FnbSCFQScheduler: Checks queue size and puts a packet into the queue
enque(Packet) - Method in class RED: Checks queue size and puts a packet into the queue
enque(Packet) - Method in interface PacketScheduler: This method enques a packet in this scheduler.
enque(Packet) - Method in class RateControlledScheduler: Puts a packet into the queue -- This method is not used
enque(Packet) - Method in class SCFQScheduler: Puts a packet into the queue
enqueueGridlet(SSGridlet) - Method in class ConservativeBackfill: Enqueues a gridlet.
entrySet() - Method in class LinkedTreeMap: Returns a set view of the mappings contained in this map.
equals(Object) - Method in class LinkedTreeMap.Entry
equals(PERangeList) - Method in class PERangeList
ErrorType - Enum in gridsim.parallel.reservation: Types of errors that can occur during reservation requests
expectedExec(double) - Static method in class GridSimRandom: Gets the expected factor of Execution
expectedIO(double) - Static method in class GridSimRandom: Gets the expected factor of Network I/O
EXPERIMENT - Static variable in class GridSimTags: Sends an Experiment object between UserEntity and Broker entity

F

FAILED - Static variable in class Gridlet: The Gridlet is failed
FAILED - Static variable in class PE: Denotes PE is failed and hence it can't process any Gridlet at this moment.
FAILED_RESOURCE_UNAVAILABLE - Static variable in class Gridlet: The gridlet has failed due to a resource failure
FailureMsg - Class in gridsim.resFailure: This class is used by RegionalGISWithFailure to commnunicate with GridResourceWithFailure for simulating a resource failure.
FailureMsg(double, int) - Constructor for class FailureMsg: Creates a new failure message
FALSE - Static variable in class GridSimTags: Denotes boolean false in int value
FIFO - Class in gridsim.net.fnb: This class implements the FIFO policy for the management of network buffers at routers.
FIFO(String, double, int, double, boolean) - Constructor for class FIFO: Creates a new FIFO policy with the specified name and baud rate (in bits/sec).
FIFOScheduler - Class in gridsim.net: FIFOScheduler implements a First in First Out Scheduler.
FIFOScheduler(String, double) - Constructor for class FIFOScheduler: Creates a new FIFO packet scheduler with the specified name and baud rate (in bits/s).
FIFOScheduler(double) - Constructor for class FIFOScheduler: Creates a new FIFO packet scheduler with the specified baud rate (in bits/s).
FIFOScheduler(String) - Constructor for class FIFOScheduler: Creates a new FIFO packet scheduler with the specified name.
FIFOScheduler() - Constructor for class FIFOScheduler: Creates a new packet scheduler with the name "FIFOScheduler".
File - Class in gridsim.datagrid: A class for representing a physical file in a DataGrid environment
File(String, int) - Constructor for class File: Creates a new DataGrid file with a given size (in MBytes).
File(File) - Constructor for class File: Copy constructor, i.e.
FILE_ADD_ERROR - Static variable in class DataGridTags: Denotes that file addition is failed due to an unknown error
FILE_ADD_ERROR_ACCESS_DENIED - Static variable in class DataGridTags: Denotes that file addition is failed because access/permission denied or not authorized
FILE_ADD_ERROR_EMPTY - Static variable in class DataGridTags: Denotes that file addition is failed because the given file is empty
FILE_ADD_ERROR_EXIST_READ_ONLY - Static variable in class DataGridTags: Denotes that file addition is failed because the file already exists in the catalogue and it is read-only file
FILE_ADD_ERROR_STORAGE_FULL - Static variable in class DataGridTags: Denotes that file addition is failed because the storage is full
FILE_ADD_MASTER - Static variable in class DataGridTags: Requests for a master file to be added to the local storage(s).
The format of this request is Object[2] = {File obj, Integer senderID}.
The reply tag name is DataGridTags.FILE_ADD_MASTER_RESULT.
FILE_ADD_MASTER_RESULT - Static variable in class DataGridTags: Sends the result of adding a master file back to sender.
The format of the reply is Object[3] = {String lfn, Integer uniqueID, Integer resultID}.
NOTE: The result id is in the form of FILE_ADD_XXXX where XXXX means the error/success message
FILE_ADD_REPLICA - Static variable in class DataGridTags: Requests for a replica file to be added from the local storage(s).
The format of this request is Object[2] = {File obj, Integer senderID}.
The reply tag name is DataGridTags.FILE_ADD_REPLICA_RESULT.
FILE_ADD_REPLICA_RESULT - Static variable in class DataGridTags: Sends the result of adding a replica file back to sender.
The format of the reply is Object[2] = {String lfn, Integer resultID}.
NOTE: The result id is in the form of FILE_ADD_XXXX where XXXX means the error/success message
FILE_ADD_SUCCESSFUL - Static variable in class DataGridTags: Denotes that file addition is successful
FILE_DELETE_ERROR - Static variable in class DataGridTags: Denotes that file deletion is failed due to an unknown error
FILE_DELETE_ERROR_ACCESS_DENIED - Static variable in class DataGridTags: Denotes that file deletion is failed because access/permission denied or not authorized
FILE_DELETE_ERROR_DOESNT_EXIST - Static variable in class DataGridTags: Denotes that file deletion is failed because the file does not exist in the storage nor catalogue
FILE_DELETE_ERROR_IN_USE - Static variable in class DataGridTags: Denotes that file deletion is failed because it is currently used by others
FILE_DELETE_ERROR_READ_ONLY - Static variable in class DataGridTags: Denotes that file deletion is failed because it is a read-only file
FILE_DELETE_MASTER - Static variable in class DataGridTags: Requests for a master file to be deleted from the local storage(s).
The format of this request is Object[2] = {String lfn, Integer senderID}.
The reply tag name is DataGridTags.FILE_DELETE_MASTER_RESULT.
FILE_DELETE_MASTER_RESULT - Static variable in class DataGridTags: Sends the result of deleting a master file back to sender.
The format of the reply is Object[2] = {String lfn, Integer resultID}.
NOTE: The result id is in the form of FILE_DELETE_XXXX where XXXX means the error/success message
FILE_DELETE_REPLICA - Static variable in class DataGridTags: Requests for a replica file to be deleted from the local storage(s).
The format of this request is Object[2] = {String lfn, Integer senderID}.
The reply tag name is DataGridTags.FILE_DELETE_REPLICA_RESULT.
FILE_DELETE_REPLICA_RESULT - Static variable in class DataGridTags: Sends the result of deleting a replica file back to sender.
The format of the reply is Object[2] = {String lfn, Integer resultID}.
NOTE: The result id is in the form of FILE_DELETE_XXXX where XXXX means the error/success message
FILE_DELETE_SUCCESSFUL - Static variable in class DataGridTags: Denotes that file deletion is successful
FILE_DELIVERY - Static variable in class DataGridTags: Sends the file to the requester.
FILE_MODIFY - Static variable in class DataGridTags: Requests for a file to be modified from the local storage(s).
The format of this request is Object[2] = {File obj, Integer senderID}.
The reply tag name is DataGridTags.FILE_MODIFY_RESULT.
FILE_MODIFY_ERROR - Static variable in class DataGridTags: Denotes that file modification is failed due to an unknown error
FILE_MODIFY_ERROR_ACCESS_DENIED - Static variable in class DataGridTags: Denotes that file modification is failed because access/permission denied or not authorized
FILE_MODIFY_ERROR_DOESNT_EXIST - Static variable in class DataGridTags: Denotes that file modification is failed because the file does not exist
FILE_MODIFY_ERROR_IN_USE - Static variable in class DataGridTags: Denotes that file modification is failed because the file is currently used by others
FILE_MODIFY_ERROR_READ_ONLY - Static variable in class DataGridTags: Denotes that file modification is failed because it is a read-only file
FILE_MODIFY_RESULT - Static variable in class DataGridTags: Sends the result of deleting a file back to sender.
The format of the reply is Object[2] = {String lfn, Integer resultID}.
NOTE: The result id is in the form of FILE_MODIFY_XXXX where XXXX means the error/success message
FILE_MODIFY_SUCCESSFUL - Static variable in class DataGridTags: Denotes that file modification is successful
FILE_REQUEST - Static variable in class DataGridTags: Requests for a file that is stored on the local storage(s).
The format of this request is Object[2] = {String lfn, Integer senderID}.
The reply tag name is DataGridTags.FILE_DELIVERY.
FileAttribute - Class in gridsim.datagrid: A class for storing related information regarding to a File entity.
FileAttribute(String, int) - Constructor for class FileAttribute: Allocates a new FileAttribute class.
FileNameFilter - Class in gridsim.datagrid.filter: Creates a filter based on a file name
FileNameFilter(String) - Constructor for class FileNameFilter: Creates a new filtering function based on a given filename
Filter - Class in gridsim.datagrid.filter: An abstract class for filtering a file from the Replica Catalogue list based on its attributes, such as file name, size, etc.
Filter() - Constructor for class Filter
FilterARMessage - Class in gridsim.parallel.reservation: This filter is used to look for a specific incoming event that matches a given event tag name and a reservation id.
FilterARMessage(int, int) - Constructor for class FilterARMessage: Finds an incoming events that matches with the given reservation ID and event tag name.
FilterCreateAR - Class in gridsim.filter: Look for a specific incoming event that matches a given event tag name and a transaction id.
FilterCreateAR(int, int) - Constructor for class FilterCreateAR: Finds an incoming events that matches with the given transaction ID and event tag name.
FilterCreateAR(int) - Constructor for class FilterCreateAR: Finds an incoming events that matches with the given transaction ID and a default tag name of GridSimTags.RETURN_AR_CREATE.
FilterDataResult - Class in gridsim.datagrid.filter: Look for a specific incoming event that matches a given event tag name and a logical file name (lfn).
FilterDataResult(String, int) - Constructor for class FilterDataResult: Creates a new filter to select an incoming event based on the logical file name (lfn) and tag name
FilterFlow - Class in gridsim.net.flow: Look for a specific incoming event that matches a given event tag name and a flow id.
FilterFlow(int, int) - Constructor for class FilterFlow: Finds an incoming events that matches with the given flow ID and event tag name
FilterGridlet - Class in gridsim.filter: Look for a specific incoming event that carries a Gridlet object.
FilterGridlet(int, int, int) - Constructor for class FilterGridlet: Finds a Gridlet in the incoming buffer of an entity that matches with the given three constraints: gridlet id, user id and resource id.
FilterGridlet(int, int) - Constructor for class FilterGridlet: Finds a Gridlet in the incoming buffer of an entity that matches with the given two constraints: gridlet id and resource id.
FilterGridlet(int) - Constructor for class FilterGridlet: Finds a Gridlet in the incoming buffer of an entity that matches with a given gridlet id.
FilterQueryTimeAR - Class in gridsim.filter: Look for a specific incoming event that matches a given event tag name and a transaction id.
FilterQueryTimeAR(int, int) - Constructor for class FilterQueryTimeAR: Finds an incoming events that matches with the given transaction ID and event tag name.
FilterQueryTimeAR(int) - Constructor for class FilterQueryTimeAR: Finds an incoming events that matches with the given transaction ID and a default tag name of GridSimTags.RETURN_AR_QUERY_TIME.
FilterResult - Class in gridsim.filter: Look for a specific incoming event that matches a given event tag name and a transaction id.
FilterResult(int, int) - Constructor for class FilterResult: Finds an incoming events that matches with the given transaction ID and event tag name
finalizeGridlet() - Method in class SSGridlet: Finalises all relevant information before exiting the GridResource entity.
finalizeGridlet() - Method in class ResGridlet: Finalizes all relevant information before exiting the GridResource entity.
finalizeGridSimulation() - Method in class GridSimCore: It terminates the entities of this object that manage NETWORK communication channels
finalWrite() - Method in class SimReport: Finalize the recording by writing all the previously given information into a file.
findGridlet(Collection, int, int) - Method in class AllocPolicy: Deprecated. As GridSim Version 5.0 this method has been replaced by: GridletList.indexOf(int, int) and ResGridletList.indexOf(int, int)
findPartStartTime(int, int, long) - Method in class PartProfile: Selects an entry able to provide enough PEs to handle a job.
findStartTime(int, double, long) - Method in class Profile: Selects an entry able to provide enough PEs to handle a job.
findStartTime(int, long) - Method in class Profile: Selects an entry able to provide enough PEs to handle a job.
finishRunningGridlets() - Method in class AggressiveMultiPartitions: This method finalises the jobs in execution whose time is smaller or equals to the current simulation time.
finishRunningGridlets() - Method in class ConservativeBackfill: This method finalises the jobs that have completed
finishSimulation() - Method in class GridUser: Tells the GridSim that this entity finishes its simulation / experiment.
finishSimulation(double) - Method in class GridUser: Tells the GridSim that this entity finishes its simulation / experiment.
FIRST_PRICE_SEALED_AUCTION - Static variable in class AuctionTags: This code is used by First-Price Sealed Bid auctions
firstKey() - Method in class LinkedTreeMap: Returns the first (lowest) key currently in this sorted map.
firstLastPacketsGridlet - Class in gridsim.net.fnb: Deprecated. As of GridSim 5.0, this class has been deprecated. Use GridletPackets instead.
firstLastPacketsGridlet() - Constructor for class firstLastPacketsGridlet: Deprecated.
firstLastPacketsGridlet(int, int) - Method in class firstLastPacketsGridlet: Deprecated. As of GridSim 5.0, this class has been deprecated. Use GridletPackets instead.
firstLastPacketsGridlet(int, int) - Method in class GridletPackets: Creates a new object of this class.
FirstPriceSealedBidAuction - Class in gridsim.auction: This class represents a First-Price Sealed Bid auction.
FirstPriceSealedBidAuction(String, int, double, Sim_port) - Constructor for class FirstPriceSealedBidAuction
FirstPriceSealedBidAuction(String, double) - Constructor for class FirstPriceSealedBidAuction
FirstPriceSealedBidAuction.OrderPrice - Class in gridsim.auction
FirstPriceSealedBidAuction.OrderPrice() - Constructor for class FirstPriceSealedBidAuction.OrderPrice: Default constructor
FloodAdPack - Class in gridsim.net: This class is used to send link state advertisements to other routers.
FloodAdPack(String, Collection) - Constructor for class FloodAdPack: Allocates a new object
FloodingRouter - Class in gridsim.net: This class implements a Router using a form of Flooding for routing.
FloodingRouter(String) - Constructor for class FloodingRouter: Creates a new FloodingRouter object.
FloodingRouter(String, boolean) - Constructor for class FloodingRouter: Creates a new FloodingRouter object with logging facility if it is turned on.
Flow - Interface in gridsim.net.flow: This the structure for network flows.
FLOW_ACK - Static variable in class GridSimTags
FLOW_HOLD - Static variable in class GridSimTags
FLOW_SUBMIT - Static variable in class GridSimTags
FLOW_UPDATE - Static variable in class GridSimTags
FlowInput - Class in gridsim.net.flow: GridSim FlowInput class defines a port through which a simulation entity receives data from the simulated network.
FlowInput(String, double) - Constructor for class FlowInput: Allocates a new FlowInput object
FlowLink - Class in gridsim.net.flow: This class enables flow level networking over a shared link.
FlowLink(String, double, double, int) - Constructor for class FlowLink: Constructs a Link which simulates a physical link between two entities.
FlowOutput - Class in gridsim.net.flow: GridSim FlowOutput defines a port through which a simulation entity sends data to the simulated network.
FlowOutput(String, double) - Constructor for class FlowOutput: Allocates a new FlowOutput object
FlowPacket - Class in gridsim.net.flow: Structure of a packet used to encapsulate flow passing through the network.
FlowPacket(Object, int, long, int, int, int) - Constructor for class FlowPacket: Constructs a network flow for data that fits into a single network flow packet.
FlowPacket(Object, int, long, int, int, int, int, int, int) - Constructor for class FlowPacket: This is used to construct a flow that is one in a series.
FlowRouter - Class in gridsim.net.flow: This class implements a FlowRouter using a form of RIP for routing.
FlowRouter(String) - Constructor for class FlowRouter: Creates a new FlowRouter object.
FlowRouter(String, boolean) - Constructor for class FlowRouter: Creates a new FlowRouter object with logging facility if it is turned on.
FNB_ARED - Static variable in class GridSimTags: This is to simulate the finite buffers.
FNB_COUNT_DROPPED_PKTS - Static variable in class GridSimTags: This is to simulate the finite buffers.
FNB_DROPPING_DELAY - Static variable in class GridSimTags: When a router drops a packet, it has to tell to a user.
FNB_FIFO - Static variable in class GridSimTags: This is to simulate the finite buffers.
FNB_FILE_FAILED_BECAUSE_PACKET_DROPPED - Static variable in class GridSimTags: This is to simulate the finite buffers.
FNB_FILE_GRIDLET_FAILED_BECAUSE_PACKET_DROPPED - Static variable in class GridSimTags: This is to simulate the finite buffers.
FNB_GRIDLET_FAILED_BECAUSE_PACKET_DROPPED - Static variable in class GridSimTags: This is to simulate the finite buffers.
FNB_PACKET_DROPPED - Static variable in class GridSimTags: This is to simulate the finite buffers.
FNB_PKT_CONTAINS_FILE - Static variable in class GridSimTags: This is to identify when a packet contains a file.
FNB_RED - Static variable in class GridSimTags: This is to simulate the finite buffers.
FNB_UPDATE_ARED_PARAMETERS - Static variable in class GridSimTags: This is to update the parameters of ARED.
FNB_UPDATE_ARED_PARAMETERS_PERIOD - Static variable in class GridSimTags: This is to update the parameters of ARED.
FnbDroppedPacketInfo - Class in gridsim.net.fnb: This class is used by a router to inform users of a dropped Gridlet.
FnbDroppedPacketInfo(int, int) - Constructor for class FnbDroppedPacketInfo: Creates a new object of this class.
FnbDroppedUserObject - Class in gridsim.net.fnb: This class is used by a router to inform users of a dropped packet.
FnbDroppedUserObject(int, int, boolean) - Constructor for class FnbDroppedUserObject: Create an object of this class.
FnbEndToEndPath - Class in gridsim.net.fnb: This class keeps information which are common to all network packets.
FnbEndToEndPath(int, int, int, int, int) - Constructor for class FnbEndToEndPath: Creates a new object of this class.
FnbEndToEndPath(int, int, int, int, int, boolean) - Constructor for class FnbEndToEndPath: Creates a new object of this class.
FnbEndToEndPath(int, int, int, int) - Constructor for class FnbEndToEndPath: Creates a new object of this class.
FnbInput - Class in gridsim.net.fnb: Thiss class defines a port through which a simulation entity receives data from the simulated network.
FnbInput(String, double) - Constructor for class FnbInput: Allocates a new Input object
FnbMessage - Interface in gridsim.net.fnb: This class provides a template for sending a message due to a packet being dropped in the network.
FnbMessageDropFile - Class in gridsim.net.fnb: This class contains a file ID and its name, that is currently being dropped in the network.
FnbMessageDropFile(int, String) - Constructor for class FnbMessageDropFile: A constructor
FnbMessageDropGridlet - Class in gridsim.net.fnb: This class contains a Gridlet ID, that is currently being dropped in the network.
FnbMessageDropGridlet(int) - Constructor for class FnbMessageDropGridlet: A constructor
FnbNetPacket - Class in gridsim.net.fnb: This class contains the structure of a packet for the purpose of finite network buffers.
FnbNetPacket(Object, int, long, int, int) - Constructor for class FnbNetPacket: Constructs a network packet for data that fits into a single network packet.
FnbNetPacket(Object, int, long, int, int, int) - Constructor for class FnbNetPacket: This is used to construct a packet that is one in a series.
FnbNetworkReader - Class in gridsim.net.fnb: This is an utility class, which parses a file and constructs the network topology automatically, using the SCFQ packet scheduler for network buffers (FnbSCFQScheduler).
FnbNetworkReader() - Constructor for class FnbNetworkReader
FnbOutput - Class in gridsim.net.fnb: This class defines a port through which a simulation entity sends data to the simulated network.
FnbOutput(String, double) - Constructor for class FnbOutput: Allocates a new Output object
FnbRIPRouter - Class in gridsim.net.fnb: This class implements a Router using a form of RIP for routing.
FnbRIPRouter(String, int) - Constructor for class FnbRIPRouter: Creates a new RIPRouter object.
FnbRIPRouter(String, boolean, int) - Constructor for class FnbRIPRouter: Creates a new FnbRIPRouter object with logging facility if it is turned on.
FnbRIPRouter(String, int, boolean) - Constructor for class FnbRIPRouter: Creates a new RIPRouter object.
FnbRIPRouter(String, boolean, int, boolean) - Constructor for class FnbRIPRouter: Creates a new FnbRIPRouter object with logging facility if it is turned on.
FnbSCFQScheduler - Class in gridsim.net.fnb: FnbSCFQScheduler implements a Self Clocked Fair Queueing Scheduler.
FnbSCFQScheduler(String, double, int, boolean) - Constructor for class FnbSCFQScheduler: Creates a new SCFQ packet scheduler with the specified name and baud rate (in bits/s).
FnbSCFQScheduler(double, int, boolean) - Constructor for class FnbSCFQScheduler: Creates a new SCFQ packet scheduler with the specified baud rate (bits/s).
FnbSCFQScheduler(String, int, boolean) - Constructor for class FnbSCFQScheduler: Creates a new SCFQ packet scheduler with the specified name.
FnbSCFQScheduler(boolean) - Constructor for class FnbSCFQScheduler: Creates a new packet scheduler with the name "FnbSCFQScheduler".
FnbSCFQScheduler(double, int) - Constructor for class FnbSCFQScheduler: Creates a new SCFQ packet scheduler with the specified baud rate (bits/s).
FnbSCFQScheduler(String, int) - Constructor for class FnbSCFQScheduler: Creates a new SCFQ packet scheduler with the specified name.
FnbWhiteList - Class in gridsim.net.fnb: This class stores a (white) list of entity IDs, such that their messages are guaranteed not to be dropped in the network.
forecastExecutionTime(double, double) - Method in class AggressiveBackfill: Forecast finish time of a Gridlet.
Finish time = length / available rating
forecastExecutionTime(double, double) - Method in class AggressiveMultiPartitions: Forecast finish time of a job.
forecastExecutionTime(double, double) - Method in class ConservativeBackfill: Forecast finish time of a Gridlet.
forecastExecutionTime(double, double) - Method in class SelectiveBackfill: Forecast finish time of a Gridlet.
format(LogRecord) - Method in class LogFormatter
FREE - Static variable in class PE: Denotes PE is FREE for allocation

G

gen() - Method in class HyperExponential: Generate a hyperexponentially distirbuted random number.
gen() - Method in class LCGRandom: Generates a real-valued random number in the range 0 to 1.
gen() - Method in class Variate: Generate a random number in the interval 0 to 1.
gen() - Method in class Weibull: Generates a random number from Weibull distribution.
generateWorkload() - Method in class WorkloadFileReader: Reads job information from a given file.
generateWorkload() - Method in class WorkloadLublin99: Generates jobs according to the model.
generateWorkload() - Method in interface WorkloadModel: Returns a list with the jobs generated by the workload.
get(int, int) - Method in class GridletList: Returns a given Gridlet.
get(Object) - Method in class LinkedTreeMap: Returns the value to which this map maps the specified key.
get(int, int) - Method in class SSGridletList: Returns a given SSGridlet.
get(int, int) - Method in class ResGridletList: Returns a given Gridlet.
get_name() - Method in class Poisson: Get the random number generator's name.
get_seed() - Method in class Poisson: Get the random number generator's seed.
getActionType() - Method in class AllocationAction: Get the type of the allocation action
getActualCPUTime() - Method in class Gridlet: Gets the total execution time of this Gridlet from the latest GridResource
getActualCPUTime(int) - Method in class Gridlet: Gets the total execution time of this Gridlet in a given GridResource ID
getActualFinishTime() - Method in interface ScheduleItem: Gets the item's real finish time.
getActualFinishTime() - Method in class ServerReservation: Gets this object's finish time in seconds
getActualFinishTime() - Method in class SSGridlet: Gets the Gridlet's finish time
getAdvancedReservationList() - Static method in class GridSim: Sends a request to Grid Information Service (GIS) entity to get the list of Grid resources only that support Advanced Reservation
getAdvReservList() - Method in class GridInformationService: Gets the list of GridResource IDs that only support Advanced Reservation.
getAllocationPolicy() - Method in class GridResource: Returns the allocation policy used by this Grid resource.
getAllResourceID() - Method in class Gridlet: Gets all the GridResource IDs that executed this Gridlet
getAllResourceName() - Method in class Gridlet: Gets all the GridResource names that executed this Gridlet
getARCommittedColors() - Method in class GUISettings: Returns colours for advance reservations confirmed by the user
getARInProgressColors() - Method in class GUISettings: Returns colours for advance reservations in progress
getARNonCommittedColors() - Method in class GUISettings: Returns colours for advance reservations not confirmed by the user
getArrivalTime() - Method in class SSGridlet: Gets arrival time of a gridlet
getAttribute(Object) - Method in class Auction: Returns a given attribute of the auction
getAttribute(Object) - Method in class Message: Returns an attribute of the message.
getAttributeList(Filter) - Method in class DataGridUser: Gets a list of file attributes from a given filter
getAttributes() - Method in class Auction: Returns a Hashtable with the attributes defined in the auction.
getAttributes() - Method in class Message
getAttributeSize() - Method in class File: Gets the size of this object (in byte).
NOTE: This object size is NOT the actual file size.
getAttributeSize() - Method in class FileAttribute: Gets the size of this object (in byte).
NOTE: This object size is NOT the actual file size.
getAuctioneer() - Method in class MessageCallForBids: Returns the auctioneer that sent the CFP
getAuctioneer() - Method in class MessageInformOutcome: Returns the auctioneer that sent the message
getAuctioneer() - Method in class MessageInformStart: Returns the auctioneer or source of this message
getAuctioneerID() - Method in class Auction: Returns the auctioneer ID
getAuctionID() - Method in class Auction: Returns the ID of this auction
getAuctionID() - Method in class Message: Retruns the auction ID of this message
getAuctionProtocol() - Method in class Auction: Returns the auction protocol
getAvailability() - Method in class AvailabilityInfo: Checks the availability of this resource
getAvailableSpace() - Method in class HarddriveStorage: Gets the available space on this storage in MB.
getAvailableSpace() - Method in interface Storage: Gets the available space on this storage in MByte.
getAvailableSpace() - Method in class TapeStorage: Gets the available space on this storage in MB.
getAvailRanges(int) - Method in class PartProfileEntry: Returns the list of ranges available for a given partition at this entry
getAvailRanges() - Method in class PartProfileEntry: Returns the overall list of ranges available at this entry in all partitions.
getAvailRanges() - Method in class Profile.Entry
getAvailRanges() - Method in class ProfileEntry: Returns the list of ranges available at this entry
getAvailRanges() - Method in class SingleProfileEntry: Returns the list of ranges available at this entry
getAvg() - Method in class FIFO: Returns the avg buffer size
getAvg() - Method in class FnbSCFQScheduler: Returns the avg buffer size
getAvg() - Method in class RED: Returns the AVG
getAvgSeekTime() - Method in class HarddriveStorage: Gets the average seek time of the harddrive in seconds.
getBandwidth() - Method in class FlowPacket: Returns the current bottleneck bandwidth of this flow.
getBaudRate() - Method in class FIFOScheduler: Returns the baud rate of the egress port that is using this scheduler.
getBaudRate() - Method in class FlowInput: Gets the baud rate
getBaudRate() - Method in class FlowLink: Returns available baudRate depending on number of active flows (MIN_MAX bandwidth sharing model)
getBaudRate() - Method in class FlowOutput: Gets the baud rate
getBaudRate() - Method in class FnbInput: Gets the baud rate
getBaudRate() - Method in class FnbOutput: Gets the baud rate
getBaudRate() - Method in class FnbSCFQScheduler: Returns the baud rate of the egress port that is using this scheduler.
getBaudRate() - Method in class InfoPacket: Returns the bottleneck bandwidth between the source and the destination
getBaudRate() - Method in class Input: Gets the baud rate
getBaudRate() - Method in class Link: Returns the baud rate of the link in bits/s.
getBaudRate() - Method in interface NetIO: Gets the baud rate
getBaudRate() - Method in class Output: Gets the baud rate
getBaudRate() - Method in interface PacketScheduler: Returns the baud rate of the egress port that is using this scheduler.
getBaudRate() - Method in class RateControlledScheduler: Returns the baud rate of the egress port that is using this scheduler.
getBaudRate() - Method in class SCFQScheduler: Returns the baud rate of the egress port that is using this scheduler.
getBegin() - Method in class PERange: Returns the beginning of the range
getBidder() - Method in class MessageBid: Returns the bidder or source of this bid
getBidder() - Method in class MessageRejectCallForBid: Returns the bidder's ID
getBidders() - Method in class Auction: Returns the list of bidders
getBidID() - Method in class MessageRejectBid: Returns the bid's ID
getBids() - Method in class FirstPriceSealedBidAuction
getBids() - Method in class ReverseFirstPriceSealedBidAuction
getBottleneckID() - Method in class FlowPacket: Returns the FlowLink ID of the bottleneck of this flow
getByteSize() - Static method in class Accumulator: Determines the size of Accumulator object
getByteSize() - Static method in class ARObject: Determines the size of ARObject object
getByteSize() - Method in class IO_data: Gets the size of a data
getByteSize() - Method in class Machine: Gets the byte size of this class
getByteSize() - Method in class MachineList: Gets the byte size of this class
getByteSize() - Static method in class PE: Gets the byte size of this class
getByteSize() - Method in class PEList: Gets the byte size of PEList internal data members
getByteSize() - Method in class ResourceCharacteristics: Gets the byte size of this class
getCalendarAtGivenDate(Date) - Method in class ResourceCalendar: Gets a Calendar object at the specified date
getCalendarAtSimulationTime(double) - Method in class ResourceCalendar: Gets a Calendar object for a specified simulation time
getCancelResult(int) - Static method in class AdvanceReservation: Converts a reservation result from integer into a String.
getCapacity() - Method in class HarddriveStorage: Gets the total capacity of the storage in MB.
getCapacity() - Method in interface Storage: Gets the total capacity of the storage in MByte.
getCapacity() - Method in class TapeStorage: Gets the total capacity of the storage in MB.
getCategory() - Method in class Stat: Gets the user-defined name for data type
getCfpID() - Method in class MessageBid: Returns the Call for Proposal's ID the bid refers to
getCfpID() - Method in class MessageRejectBid: Returns the CFP's ID
getCfpID() - Method in class MessageRejectCallForBid: Returns the CFP's ID
getChecksum() - Method in class File: Gets the file checksum
getChecksum() - Method in class FileAttribute: Gets the file checksum
getClassType() - Method in class Gridlet: Gets the classtype or priority of this Gridlet for scheduling on a resource.
getClasstype() - Method in class FnbEndToEndPath: Gets the classtype of a connection.
getClassType() - Method in class SSGridlet: Gets the Gridlet's class type
getCommitResult(int) - Static method in class AdvanceReservation: Converts a reservation result from integer into a String.
getCost() - Method in class File: Gets the cost associated with this file
getCost() - Method in class FileAttribute: Gets the cost associated with this file
getCostPerMI() - Method in class ResourceCharacteristics: Gets the cost per Millions Instruction (MI) associated with a resource
getCostPerSec() - Method in class Gridlet: Gets the cost running this Gridlet in the latest GridResource
getCostPerSec(int) - Method in class Gridlet: Gets the cost running this Gridlet in a given GridResource ID
getCostPerSec() - Method in class ResourceCharacteristics: Gets the cost per second associated with a resource
getCount() - Method in class Accumulator: Counts the number of items accumulated so far
getCounterDroppedPkts() - Method in class FnbSCFQScheduler: Returns the DROPPED_PKTS_COUNTER
getCPUTime(double, double) - Method in class ResourceCharacteristics: Gets the CPU time given the specified parameters (only for TIME_SHARED).
getCreateResult(int) - Static method in class AdvanceReservation: Converts a reservation result from integer into a String.
getCreationTime() - Method in class File: Gets the file creation time (in millisecond)
getCreationTime() - Method in class FileAttribute: Gets the file creation time (in millisecond)
getCurrentCalendar() - Method in class ResourceCalendar: Gets the current Calendar object (based on the simulation clock)
getCurrentLoad() - Method in class ResourceCalendar: Gets the current load for the current simulation time
getCurrentPrice() - Method in class OneSidedAuction: Returns the current price of this auction
getCurrentSize() - Method in class HarddriveStorage: Gets the current size of the stored files in MB.
getCurrentSize() - Method in interface Storage: Gets the current size of the storage in MByte.
getCurrentSize() - Method in class TapeStorage: Gets the current size of the stored files in MB.
getCurrentTime() - Method in class ARPolicy: Gets the current time.
getDashedStroke() - Method in class GUISettings: Returns a dashed stroke object to be used to draw time lines on the GUI windows
getData() - Method in class IO_data: Gets the Object data
getData() - Method in class FlowPacket: Returns the data encapsulated in this FlowPacket
getData() - Method in class FnbNetPacket: Returns the data encapsulated in this NetPacket
getData() - Method in class NetPacket: Returns the data encapsulated in this NetPacket
getData() - Method in class Stat: Gets the the data to be recorded
getDelay() - Method in class Link: Returns the tramssion delay that this link introduces.
getDescription() - Method in enum ErrorType: Returns a description of this error code.
getDescription() - Method in enum MessageType: Returns a description of the type
getDescription() - Method in enum ReservationStatus: Returns the status description.
getDest() - Method in class FnbEndToEndPath: Gets the destination id of a connection.
getDestID() - Method in class IO_data: Gets the destination ID
getDestID() - Method in interface Flow: Returns the destination id of this flow.
getDestID() - Method in class FlowPacket: Returns the destination ID of this flow packet
getDestID() - Method in class FnbDroppedUserObject: Returns the destination id of this packet.
getDestID() - Method in class FnbNetPacket: Returns the destination ID of this packet
getDestID() - Method in class InfoPacket: Gets the id of the entity to which the packet is destined.
getDestID() - Method in class NetPacket: Returns the destination ID of this packet
getDestID() - Method in interface Packet: Returns the destination id of this packet.
getDestinationID() - Method in class Message: Returns the ID of the entity that is the recipient of this message
getDestinationID() - Method in class ReservationMessage: Gets the destination ID
getDetailBaudRate() - Method in class InfoPacket: Returns the list of all the bandwidths that this packet has traversed
getDetailEntryTimes() - Method in class InfoPacket: Returns the list of all entry time that this packet has traversed.
getDetailExitTimes() - Method in class InfoPacket: Returns the list of all exit time that this packet has traversed.
getDetailHops() - Method in class InfoPacket: Returns the list of all the hops that this packet has traversed.
getDuration() - Method in class TimeSlot: Returns the time duration of this time slot.
getDurationOfAuction() - Method in class DoubleAuction: Returns the duration of the auction
getDurationOfRounds() - Method in class OneSidedAuction: Returns the duration of a round
getDurationTime() - Method in class ARObject: Gets this object's duration time in seconds
getDurationTime() - Method in class Reservation: Gets this object's duration time in seconds
getDurationTime() - Method in class ServerReservation: Gets this object's duration time in seconds
getDurationTime() - Method in class ResGridlet: Gets the reservation duration time.
getEnd() - Method in class PERange: Returns the end of the range of PEs
getEntityId(String) - Static method in class GridSim: Gets the entity ID given its name
getEntityID() - Method in interface FnbMessage: Gets an entity ID of this class.
getEntityID() - Method in class FnbMessageDropFile: Gets a file ID
getEntityID() - Method in class FnbMessageDropGridlet: Gets a gridlet ID
getEntityName() - Method in class ARObject: Gets this object's owner name
getEntityName() - Method in class GridSim: Gets the name of this entity
getEntityName(int) - Static method in class GridSim: Gets name of the entity given its entity ID
getEntityName(Integer) - Static method in class GridSim: Gets name of the entity given its entity ID
getEntityName() - Method in class Reservation: Gets this object's owner name
getErrorCode() - Method in class ReservationMessage: Gets the error code of this message
getExecStartTime() - Method in class Gridlet: Gets the latest execution start time
getExecStartTime() - Method in class SSGridlet: Gets the Gridlet's execution start time
getExecStartTime() - Method in class ResGridlet: Gets the Gridlet's execution start time
getExpectedFinishTime() - Method in interface ScheduleItem: Gets the item's expected finish time.
getExpectedFinishTime() - Method in class ServerReservation: Gets the reservation's expected finish time.
getExpectedFinishTime() - Method in class SSGridlet: Gets the gridlet's expected finish time.
getExpiryTime(String) - Method in class AdvanceReservation: Gets an expiry time of a reservation
getExpiryTime() - Method in class ARObject: Gets this object's expiry time
getExpiryTime() - Method in class ServerReservation: Gets this object's expiry time
getFactorExec() - Static method in class GridSimRandom: Gets the average factor of Execution
getFactorIO() - Static method in class GridSimRandom: Gets the average factor of Network I/O
getFailed() - Method in class Machine: Checks whether this machine is failed or not.
getFile(String, int) - Method in class DataGridUser: Gets a file from a specific resource
getFile(String) - Method in class ReplicaManager: Gets a physical file based on its name
getFile(String) - Method in class SimpleReplicaManager: Gets a physical file based on its name
getFile(String) - Method in class HarddriveStorage: Gets the file with the specified name.
getFile(String) - Method in interface Storage: Gets the file with the specified name.
getFile(String) - Method in class TapeStorage: Gets the file with the specified name.
getFileAttribute(String) - Method in class DataGridUser: Gets an attribute file for a given logical file name (lfn)
getFileAttribute() - Method in class File: Gets an attribute of this file
getFilename() - Method in class FnbMessageDropFile: Gets a filename
getFileNameList() - Method in class HarddriveStorage: Gets the list of file names located on this storage.
getFileNameList() - Method in interface Storage: Gets the list of file names located on this storage.
getFileNameList() - Method in class TapeStorage: Gets the list of file names located on this storage.
getFileSize() - Method in class FileAttribute: Gets the file size (in MBytes)
getFileSizeInByte() - Method in class FileAttribute: Gets the file size (in bytes)
getFinalPrice() - Method in class OneSidedAuction: Returns the final price achieved by the auction
getFinishTime() - Method in class Gridlet: Gets the finish time of this Gridlet in a GridResource
getFinishTime() - Method in class TimeSlot: Returns the finish time of this time slot
getFinishTime() - Method in class Reservation: Gets this object's finish time in seconds
getFirstPacketID() - Method in class firstLastPacketsGridlet: Deprecated. Gets the id of the first packet.
getFirstPacketID() - Method in class GridletPackets: Gets the id of the first packet.
getFreePEID() - Method in class PEList: Gets a PE ID which is FREE
getFreePERanges() - Method in class ResourceDynamics: Returns the list of ranges of PEs available at the current simulation time
getFullFilename(String) - Method in class DataGridUser: Gets a full name of the given file.
getGISId() - Static method in class GridSim: Gets the entity ID of GridInformationService
getGlobalRCList() - Method in class DataGridUser: Gets a list of global Replica Catalogue (RC) IDs.
getGlobalResourceARList() - Method in class GridUser: Gets a list of global resources that support advance reservation.
getGlobalResourceList() - Method in class GridUser: Gets a list of global resources.
getGraphAreaColor() - Method in class GUISettings: Returns the colour of the area of the graph
getGraphBDColor() - Method in class GUISettings: Returns the colour of the border of the area of the graphs
getGraphBGColor() - Method in class GUISettings: Returns the background colour for the graphs of scheduling queues
getGraphFont() - Method in class GUISettings: Returns the font to be used in the graphs
getGridInfoServiceEntityId() - Static method in class GridSim: Gets the entity ID of GridInformationService
getGridlet() - Method in class SSGridlet: Gets this Gridlet object
getGridlet() - Method in class WorkloadJob: Returns the job loaded from the file.
getGridlet() - Method in class ResGridlet: Gets this Gridlet object
getGridletArrivalTime() - Method in class ResGridlet: Gets arrival time of a gridlet
getGridletClassType() - Method in class ResGridlet: Gets the Gridlet's class type
getGridletFileSize() - Method in class Gridlet: Gets the input file size of this Gridlet BEFORE submitting to a GridResource
getGridletFinishedSoFar() - Method in class Gridlet: Gets the length of this Gridlet that has been executed so far from the latest GridResource.
getGridletFinishedSoFar(int) - Method in class Gridlet: Gets the length of this Gridlet that has been executed so far in a given GridResource ID.
getGridletFinishTime() - Method in class ResGridlet: Gets the Gridlet's finish time
getGridletHistory() - Method in class Gridlet: Gets the history of this Gridlet.
getGridletID() - Method in class Gridlet: Gets the Gridlet ID
getGridletID() - Method in class FnbDroppedPacketInfo: Gets the gridlet id.
getGridletID() - Method in class source_pktNum: Gets the gridlet id
getGridletID() - Method in class ResGridlet: Gets this Gridlet entity Id
getGridletLength() - Method in class Gridlet: Gets the length of this Gridlet
getGridletLength() - Method in class ResGridlet: Gets the Gridlet's length
getGridletList() - Method in class Workload: Gets a list of completed jobs
getGridletList() - Method in class Workload: Gets a list of completed Gridlets
getGridletOutputSize() - Method in class Gridlet: Gets the output size of this Gridlet AFTER submitting and executing to a GridResource
getGridletStatus() - Method in class Gridlet: Gets the status code of this Gridlet
getGridletStatus() - Method in class ResGridlet: Gets the Gridlet status
getGridletStatusString() - Method in class Gridlet: Gets the string representation of the current Gridlet status code
getGridResourceList() - Static method in class GridSim: Sends a request to Grid Information Service (GIS) entity to get the list of all Grid resources
getGridSimShutdownEntityId() - Static method in class GridSim: Gets the entity id of GridSimShutdown
getGridStatisticsEntityId() - Static method in class GridSim: Gets the entity ID of GridStatistics
getHigherLevelRCid() - Method in class RegionalRC: Gets the ID of the Replica Catalogue that is the parent of this catalogue in the hierarchy.
getHighestPE() - Method in class PERangeList: Returns the greatest PE number in this list.
getHopCount() - Method in class FloodAdPack: Gets the number of hops
getHopCount() - Method in class RIPAdPack: Gets the number of hops
getHosts() - Method in class FloodAdPack: Gets a list of hosts
getHosts() - Method in class RIPAdPack: Gets a list of hosts
getID() - Method in interface Flow: Returns the ID of this flow
getID() - Method in class FlowPacket: Returns the ID of this packet
getID() - Method in class firstLastPacketsGridlet: Deprecated. Gets a file or gridlet ID.
NOTE: If firstLastPacketsGridlet.isFile() denotes true, then it is a file ID, false otherwise
getID() - Method in class FnbDroppedUserObject: Returns the ID of this object (e.g.
getID() - Method in class FnbNetPacket: Returns the ID of this packet
getID() - Method in class GridletPackets: Gets a file or gridlet ID.
NOTE: If GridletPackets.isFile() denotes true, then it is a file ID, false otherwise
getID() - Method in class InfoPacket: Returns the ID of this packet
getID() - Method in class NetPacket: Returns the ID of this packet
getID() - Method in interface Packet: Returns the ID of this packet
getID() - Method in interface ScheduleItem: Returns an ID for this item
getID() - Method in class Reservation: Gets this object's reservation ID
getID() - Method in class ServerReservation: Gets this object's reservation ID
getID() - Method in class SSGridlet: Gets this Gridlet entity Id
getID() - Method in class PE: Gets the PE ID
getInitialNumPEs() - Method in class ResourcePartition: Gets the number of PEs initially assigned to the partition
getInstance() - Static method in class FnbWhiteList: Returns an instance of this white list.
getInstance() - Static method in class GUISettings: Returns the single instance of the GUISettings object, creating it if it has not already been instantiated.
getInterArrivalTimeParameters(int) - Method in class WorkloadLublin99: Returns the parameters for the inter-arrival time The inter-arriving time is calculated using two gamma distributions.
getIsFile() - Method in class FnbDroppedUserObject: Gets the isFile
getJobDoneColors() - Method in class GUISettings: Returns colours for jobs completed.
getJobInExecColors() - Method in class GUISettings: Returns colours for jobs in execution.
getJobQueuedColors() - Method in class GUISettings: Returns colours for waiting jobs.
getKey() - Method in class LinkedTreeMap.Entry: Returns the key.
getLabelColor() - Method in class GUISettings: Returns the colour of the top text
getLast() - Method in class Accumulator: Finds the last accumulated item
getLast() - Method in interface Flow: Gets an entity ID from the last hop that this packet has traversed.
getLast() - Method in class FlowPacket: Returns the ID of the last hop that this flow packet traversed.
getLast() - Method in class FnbDroppedUserObject: Gets an entity ID from the last hop that this packet has traversed.
getLast() - Method in class FnbNetPacket: Returns the ID of the last hop that this packet traversed.
getLast() - Method in class InfoPacket: Gets an entity ID from the last hop that this packet has traversed.
getLast() - Method in class NetPacket: Returns the ID of the last hop that this packet traversed.
getLast() - Method in interface Packet: Gets an entity ID from the last hop that this packet has traversed.
getLastPacketID() - Method in class firstLastPacketsGridlet: Deprecated. Gets the id of the last packet.
getLastPacketID() - Method in class GridletPackets: Gets the id of the last packet.
getLastUpdateTime() - Method in class File: Gets the last update time (in seconds)
getLastUpdateTime() - Method in class FileAttribute: Gets the last update time (in seconds)
getLatency() - Method in class HarddriveStorage: Gets the latency of this harddrive in seconds.
getLatency() - Method in class FlowPacket: Returns the current sum of latency over the path from source to dest.
getLength() - Method in class SSGridlet: Gets the Gridlet's length
getLink() - Method in class GridSimCore: Returns the Link that connects this entity to other entities if Network Extensions are being used.
getLinks() - Method in class FlowPacket: Returns a vector of links that make up this flow's path
getList() - Method in class GridInformationService: Gets the list of all GridResource IDs, including resources that support Advance Reservation.
getList(int) - Method in class GridUser: Gets a list of other request to the regional GIS entity as defined in GridUser.gisID_.
getList(int, int) - Method in class GridUser: Gets a list of other request to the given regional GIS entity ID.
getListFromOtherRegional(List, int) - Method in class RegionalGIS: Get a list of IDs specified in the eventTag from other regional GIS
getListFromOtherRegional(List, int) - Method in class RegionalGISWithFailure: Get a list of IDs specified in the eventTag from other regional GIS
getListMachineID() - Method in class ResGridlet: Gets a list of Machine IDs.
getListMachineWithFreePE() - Method in class ResourceDynamics: Returns a list of machines with free PEs.
NOTE: Not supported.
getListPEID() - Method in class ResGridlet: Gets a list of PE IDs.
getLocalRC() - Method in class DataGridResource: Gets the local RC entity of this resource.
getLocalRCList() - Method in class DataGridUser: Gets a list of local Replica Catalogue (RC) IDs from a regional GIS entity
getLocalResourceARList() - Method in class GridUser: Gets a list of local resources that support advance reservation from a regional GIS entity, defined in GridUser.gisID_.
getLocalResourceList() - Method in class GridUser: Gets a list of local resources from a regional GIS entity, defined in GridUser.gisID_.
getLogger(LoggerEnum) - Static method in class Logging: Returns the corresponding log object.
getLowestPE() - Method in class PERangeList: Returns the smallest PE number in this list.
getMachine(int) - Method in class MachineList: Gets the Machine object for a particular ID
getMachineID() - Method in class Machine: Gets the machine ID
getMachineID() - Method in class ResGridlet: Gets machine ID
getMachineInPos(int) - Method in class MachineList: Gets the machine in a given position in the list.
getMachineList() - Method in class ResourceCharacteristics: Gets the list of machines in a resouce
getMachineWithFreePE() - Method in class MachineList: Gets a Machine with free PE
getMachineWithFreePE(int) - Method in class MachineList: Gets a Machine with a specified number of free PE
getMachineWithFreePE() - Method in class ResourceDynamics: Gets a Machine with at least one empty PE
NOTE: Not supported.
getMachineWithFreePE(int) - Method in class ResourceDynamics: Gets a Machine with at least a given number of free PE
NOTE: Not supported.
getMachineWithFreePE() - Method in class ResourceCharacteristics: Gets a Machine with at least one empty PE
getMachineWithFreePE(int) - Method in class ResourceCharacteristics: Gets a Machine with at least a given number of free PE
getMax() - Method in class Accumulator: Finds the largest number of accumulated items
getMaxBufferSize() - Method in class FnbSCFQScheduler: This function returns maximum buffer size, up to this moment along the experiment.
getMaxBufferSizeInPkts() - Method in class FnbSCFQScheduler: This function returns the max buffer size in pkts.
getMaxP() - Method in class RED: Returns the MAX_P
getMaxPrice() - Method in class OneSidedAuction: Returns the maximum price of the auction
getMaxTh() - Method in class RED: Returns the MAX_TH
getMaxTransferRate() - Method in class HarddriveStorage: Gets the maximum transfer rate of the storage in MB/sec.
getMaxTransferRate() - Method in interface Storage: Gets the maximum transfer rate of the storage in MByte/sec.
getMaxTransferRate() - Method in class TapeStorage: Gets the maximum transfer rate of the storage in MB/sec.
getMean() - Method in class Accumulator: Calculates the mean of accumulated items
getMessageID() - Method in class Message: Returns the message ID
getMessageID() - Method in class ReservationMessage: Gets the message's ID
getMessageSize() - Method in class ReservationMessage: Returns the size in bytes for this message.
getMessageType() - Method in class ReservationMessage: Gets the message's type
getMin() - Method in class Accumulator: Finds the smallest number of accumulated items
getMinPrice() - Method in class OneSidedAuction: Returns the minimun price of the auction
getMinTh() - Method in class RED: Returns the MIN_TH
getMIPSRating() - Method in class Machine: Gets the Millions Instruction Per Second (MIPS) Rating.
getMIPSRating() - Method in class ResourceDynamics: Gets the total MIPS rating, which is the sum of MIPS rating of all machines in a resource.
getMIPSRating() - Method in class PE: Gets the MIPS Rating of this PE
getMIPSRating(int) - Method in class PEList: Gets MIPS Rating for a specified PE ID
getMIPSRating() - Method in class ResourceCharacteristics: Gets the total MIPS rating, which is the sum of MIPS rating of all machines in a resource.
getMIPSRatingOfOnePE() - Method in class ResourceCharacteristics: Gets Millions Instructions Per Second (MIPS) Rating of a Processing Element (PE).
getMIPSRatingOfOnePE(int, int) - Method in class ResourceCharacteristics: Gets Millions Instructions Per Second (MIPS) Rating of a Processing Element (PE).
getModifyResult(int) - Static method in class AdvanceReservation: Converts a reservation result from integer into a String.
getMTU() - Method in class Link: Returns the Maximum Transmission Unit of this Link
getMyID() - Method in class FnbRIPRouter: Returns the user specified ID of this router
getName() - Method in class File: Returns the file name
getName() - Method in class FileAttribute: Returns the file name
getName() - Method in class HarddriveStorage: Gets the name of the storage.
getName() - Method in interface Storage: Gets the name of the storage.
getName() - Method in class TapeStorage: Gets the name of the storage.
getName() - Method in class Stat: Gets the name of the entity that want to store this data
getNegotiationID() - Method in class ReservationMessage: Gets the id of the reservation this message is related to
getNetServiceLevel() - Method in class Gridlet: Gets the network service level for sending this gridlet over a network
getNetServiceLevel() - Method in class IO_data: Returns the class type of this IO_data object.
getNetServiceType() - Method in interface Flow: Gets the network service type of this flow
getNetServiceType() - Method in class FlowPacket: Returns the class type of this flow packet.
getNetServiceType() - Method in class FnbDroppedUserObject: Gets the network service type of this packet
getNetServiceType() - Method in class FnbNetPacket: Returns the class type of this packet.
getNetServiceType() - Method in class InfoPacket: Gets the network service type of this packet
getNetServiceType() - Method in class NetPacket: Returns the class type of this packet.
getNetServiceType() - Method in interface Packet: Gets the network service type of this packet
getNetworkType() - Static method in class GridSim: Returns the network type used in this simulation.
getNextFailureLengthSample() - Method in class RegionalGISWithFailure: This function returns the following sample for the time when resources will fail.
getNextFailureNumResSample() - Method in class RegionalGISWithFailure: This function returns the next sample for the number of resources which will fail.
getNextFailureTimeSample() - Method in class RegionalGISWithFailure: This function returns the next sample for the time when resources will fail.
getNextNumMachinesFailedSample() - Method in class RegionalGISWithFailure: This function returns the following sample for the number of machines which will fail in a resource.
getNextPacketFreq() - Method in class TrafficGenerator: Gets the next frequency or number of packets sent for each time.
getNextPacketSize() - Method in class TrafficGenerator: Gets the next packet size.
getNextPacketTime() - Method in class TrafficGenerator: Gets the next inter-arrival time between sending packets.
getNormalStroke() - Method in class GUISettings: Returns a normal stroke to be used to draw the generic lines on the windows
getNumberOfRounds() - Method in class OneSidedAuction: Returns the number of rounds of the auction
getNumBusyPE() - Method in class Machine: Gets the number of BUSY PE for this Machine
getNumBusyPE() - Method in class MachineList: Gets the total number of BUSY PEs for all Machines
getNumBusyPE() - Method in class ResourceDynamics: Gets the total number of BUSY PEs for all Machines
getNumBusyPE() - Method in class PEList: Gets the number of BUSY PE
getNumBusyPE() - Method in class ResourceCharacteristics: Gets the total number of BUSY PEs for all Machines
getNumClass() - Method in class RateControlledScheduler: Gets the number of classes for prioritizing incoming packets
getNumFailedMachines() - Method in class ResourceCharacteristics: Gets the current number of failed machines.
getNumFreePE(int) - Method in class GridSim: Gets the total number of free PEs (Processing Elements) from a resource.
getNumFreePE(Integer) - Method in class GridSim: Gets the total number of free PEs (Processing Elements) from a resource.
getNumFreePE() - Method in class Machine: Gets the number of FREE or non-busy PE for this Machine
getNumFreePE() - Method in class MachineList: Gets the total number of FREE or non-busy PEs for all Machines
getNumFreePE() - Method in class ResourceDynamics: Gets the total number of FREE or non-busy PEs for all Machines
getNumFreePE() - Method in class PEList: Gets the number of FREE or non-busy PE.
getNumFreePE() - Method in class ResourceCharacteristics: Gets the total number of FREE or non-busy PEs for all Machines
getNumHop() - Method in class InfoPacket: Returns the number of hops that this packet has traversed.
getNumJobs() - Method in class ProfileEntry: Returns the number of jobs/reservations that rely on this entry to mark their expected completion time or their anchor point
getNumMachines() - Method in class FailureMsg: This method returns the number of machines which will fail in this resource
getNumMachines() - Method in class ResourceCharacteristics: Gets the total number of machines.
getNumOfPacket() - Method in class source_pktNum: Gets the number of packets already received
getNumPE() - Method in class ARObject: Gets this object's number of PEs.
getNumPE() - Method in class Gridlet: Gets the number of PEs required to run this Gridlet
getNumPE(int) - Method in class GridSim: Gets the total number of PEs (Processing Elements) from a resource
getNumPE(Integer) - Method in class GridSim: Gets the number of PEs (Processing Elements) from a resource
getNumPE() - Method in class Machine: Gets the number of PE for this Machine
getNumPE() - Method in class MachineList: Gets the total number of PEs for all Machines
getNumPE() - Method in class PartProfileEntry: Gets the number of PEs associated with this entry
getNumPE(int) - Method in class PartProfileEntry: Gets the number of PEs at a partition associated with this entry.
getNumPE() - Method in class PERange: Returns the number of PEs in this range
getNumPE() - Method in class PERangeList: Returns the number of PEs in this list
getNumPE() - Method in class Profile.Entry
getNumPE() - Method in class ProfileEntry: Gets the number of PEs associated with this entry
getNumPE() - Method in interface ScheduleItem: Returns the number of PEs used by this item
getNumPE() - Method in class SingleProfileEntry: Gets the number of PEs associated with this entry
getNumPE() - Method in class TimeSlot: Returns the number of PEs available at the time slot
getNumPE() - Method in class Reservation: Gets this object's number of PEs.
getNumPE() - Method in class ServerReservation: Gets this object's number of PEs.
getNumPE() - Method in class ResourceDynamics: Gets the total number of PEs for all Machines
getNumPE() - Method in class SSGridlet: Gets the number of PEs required to execute this Gridlet.
getNumPE() - Method in class ResGridlet: Gets the number of PEs required to execute this Gridlet.
getNumPE() - Method in class ResourceCharacteristics: Gets the total number of PEs for all Machines
getNumRemainingPE() - Method in class ServerReservation: Returns the number of PEs still available that have not been allocated to jobs
getNumStoredFile() - Method in class HarddriveStorage: Gets the number of files stored on this storage.
getNumStoredFile() - Method in interface Storage: Gets the number of files stored on this storage.
getNumStoredFile() - Method in class TapeStorage: Gets the number of files stored on this storage.
getObjectID() - Method in class FnbEndToEndPath: Gets the gridlet/file id of a connection.
getObjectID() - Method in class FnbNetPacket: Returns the gridlet/file to which this packet belongs
getOriginalPingSize() - Method in class InfoPacket: Gets original size of ping request
getOutputPort() - Method in class Auction: Returns the output port used by this auction to send messages
getOwnerName() - Method in class File: Gets the owner name of this file
getOwnerName() - Method in class FileAttribute: Gets the owner name of this file
getPacketNum() - Method in class FlowPacket: Returns the serial number of this flow packet.
getPacketNum() - Method in class FnbNetPacket: Returns the serial number of this packet.
getPacketNum() - Method in class NetPacket: Returns the serial number of this packet.
getParallelJobUHi(int) - Method in class WorkloadLublin99: Gets the log2 of the maximal size of a job in the system (system's size)
getParallelJobULow(int) - Method in class WorkloadLublin99: Gets the the log2 of the minimal size of job in the system (you can add or subtract 0.2 to give less/more probability to the minimal size).
getParallelJobUMed(int) - Method in class WorkloadLublin99: Gets the medium size of parallel jobs in the system.
getParallelJobUProb(int) - Method in class WorkloadLublin99: Gets the probability of the job being a parallel job
getParameters() - Method in class HyperExponential: Get the parameters of the constructor
getParameters() - Method in class LCGRandom: Get the parameters of the constuctor
getParameters() - Method in class Variate: Get the parameters of the constuctor
getParameters() - Method in class Weibull: Get the parameters of the constuctor
getPartitionId() - Method in class ResourcePartition: Gets the partition ID
getPartitionID() - Method in interface ScheduleItem: Gets the id of the partition or queue to which this item was scheduled
getPartitionID() - Method in class ServerReservation: Gets the id of the partition or queue to which this reservation was scheduled
getPartitionID() - Method in class SSGridlet: Gets the id of the partition or queue to which this gridlet was scheduled
getPartSchedulingOptions(int, double, double, int, int) - Method in class PartProfile: Returns the scheduling options for a job in a giving partition of this availability profile within the specified period of time.
getPartTimeSlots(int, double, double) - Method in class PartProfile: Returns the time slots contained in a given partition of this availability profile within a specified period of time.
getPath() - Method in enum LoggerEnum: Returns the logger's path.
getPattern() - Method in class TrafficGenerator: Gets the sending packet pattern
getPEID() - Method in class ResGridlet: Gets PE ID
getPEList() - Method in class Machine: Gets the linked-list of all PEs
getPERangeList() - Method in interface ScheduleItem: Gets the list of ranges of PEs used by this item
getPERangeList() - Method in class ServerReservation: Gets the list of ranges of PEs used by this reservation
getPERangeList() - Method in class SSGridlet: Gets the list of ranges of PEs used by this Gridlet
getPERanges() - Method in class TimeSlot: Returns the PE ranges available at the time slot
getPingResult() - Method in class GridSimCore: Gets the first available ping result in the event queue.
getPower2Probability(int) - Method in class WorkloadLublin99: Gets the probability for power of two jobs
getPrecedingValue(double) - Method in class Profile: Returns the entry whose time is closest to the time given but smaller, or whose time is equals to time
getPrecValue(K, boolean) - Method in class LinkedTreeMap: Returns the value of entry whose key is preceding the provided key.
getPredicate() - Method in class ResourcePartition: Gets the predicate of this partition
getPrice() - Method in class MessageAsk: Returns the price of this ask
getPrice() - Method in class MessageBid: Returns the price offered in the bid
getPrice() - Method in class MessageCallForBids: Returns the price of the CFP
getPrice() - Method in class MessageInformOutcome: Returns the price of the outcome
getPrice() - Method in class ReservationMessage: Returns the price
getPriority() - Method in interface ScheduleItem: Gets the priority of this item assigned by the scheduler
getPriority() - Method in class ServerReservation: Gets the priority of this reservation assigned by the scheduler
getPriority() - Method in class SSGridlet: Gets the priority of this gridlet assigned by the scheduler
getProcessingCost() - Method in class Gridlet: Gets the total cost of processing or executing this Gridlet Processing Cost = actual CPU Time * cost per sec
getProperty(String) - Method in class GUISettings: Get the value of a property.
getProtocol() - Method in class Message: Returns the auction protocol.
getQueryResult(int) - Static method in class AdvanceReservation: Converts a reservation result from integer into a String.
getQueueColors() - Method in class GUISettings: Return colours for job queues or partitions
getRate() - Method in class RateControlledScheduler: Gets the list of rates for each packet class
getRating() - Static method in class GridSimStandardPE: Gets standard PE MIPS Rating
getRegionalGISId() - Method in class GridUser: Gets the regional GIS entity ID
getRegionalGISList() - Method in class GridUser: Gets a list of all regional GIS entity IDs
getRegionalGISName() - Method in class GridUser: Gets the regional GIS entity name
getRegistrationID() - Method in class File: Gets the file registration ID
getRegistrationID() - Method in class FileAttribute: Gets the file registration ID
getRemainingGridletLength() - Method in class ResGridlet: Gets the remaining gridlet length
getRemainingLength() - Method in class SSGridlet: Gets the remaining gridlet length
getRemainingTime() - Method in class ServerReservation: Gets the remaining time until the end of the reservation in seconds
getRemSize() - Method in class FlowPacket: Returns the remaining size of a flow
getReplicaCatalogueID() - Method in class DataGridUser: Gets a Replica Catalogue id
getReplicaCatalogueName() - Method in class DataGridUser: Gets a Replica Catalogue name
getReplicaLocation(String) - Method in class DataGridUser: Gets the first resource ID that has the given logical file name (lfn).
getReplicaLocationList(String) - Method in class DataGridUser: Gets a list of resource IDs that store the given logical file name (lfn).
getReplicaLocationList(String, int) - Method in class DataGridUser: Gets a list of resource IDs that store the given logical file name (lfn).
getRequiredFiles() - Method in class DataGridlet: Returns the list files that this gridlet needs for execution.
getRes() - Method in class FailureMsg: This method returns the res_id attribute of the ResourceFailure object
getReservation(String) - Method in class AdvanceReservation: Gets a reservation object based on the given booking ID
getReservation() - Method in class ReservationMessage: Gets the reservation to which this message refers
getReservation(int) - Method in class ReservationRequester: Gets a reservation object based on the given booking ID
getReservation() - Method in class ServerReservation: Returns the reservation sent by the requester, which led to the creation of this object.
getReservationID() - Method in class ARObject: Gets this object's reservation ID
getReservationID() - Method in class Gridlet: Gets the reservation ID that owns this Gridlet
getReservationID() - Method in class ReservationMessage: Gets the ID of reservation to which this message refers
getReservationID() - Method in class SSGridlet: Gets the reservation ID that owns this Gridlet
getReservationID() - Method in class ResGridlet: Gets the reservation ID that owns this Gridlet
getReservationOptions() - Method in class Reservation: Gets the reservation options given by the Grid resource
getReservationStatus() - Method in class ServerReservation: Gets the status of this reservation
getReservePrice() - Method in class OneSidedAuction: Returns the reserve price
getResID() - Method in class AvailabilityInfo: Gets the resource id
getResourceAllocationPolicy() - Method in class ResourceCharacteristics: Gets the resource allocation policy
getResourceArch() - Method in class ResourceCharacteristics: Gets the resource architecture name
getResourceCharacteristics() - Method in class GridResource: Returns the characteristics of the resource.
getResourceCharacteristics(int) - Method in class GridSim: Gets a ResourceCharacteristics object for a given GridResource ID.
getResourceDynamicInfo(int) - Method in class GridSim: Gets the GridResource dynamic fnformation
getResourceID() - Method in class ARObject: Gets this object's resource ID.
getResourceID() - Method in class File: Gets the resource ID that stores this file
getResourceID() - Method in class FileAttribute: Gets the resource ID that stores this file
getResourceID() - Method in class Gridlet: Gets the latest resource ID that processes this Gridlet
getResourceID() - Method in class Reservation: Gets this object's resource ID.
getResourceID() - Method in class ResourceCharacteristics: Gets the resource ID
getResourceName(int) - Method in class Gridlet: Gets the GridResource name based on its ID
getResourceName() - Method in class ResourceCharacteristics: Gets the name of a resource
getResourceOS() - Method in class ResourceCharacteristics: Gets the Operating System (OS) this resource is used
getResourceTimeZone() - Method in class ResourceCharacteristics: Gets the resource time zone
getResponder() - Method in class AuctionObserver: Returns the responder that the observer is using
getRound() - Method in class MessageBid: Returns the round the bid refers to
getRound() - Method in class MessageCallForBids: Returns the round the CFP refers to
getRound() - Method in class MessageRejectBid: Returns the round
getRound() - Method in class MessageRejectCallForBid: Returns the round
getRouter(String, LinkedList) - Static method in class FnbNetworkReader: Gets a Router object from the list
getRouter(String, LinkedList) - Static method in class NetworkReader: Gets a Router object from the list
getRouterID() - Method in class FIFOScheduler: Gets the router ID that hosts this scheduler.
getRouterID() - Method in class FnbSCFQScheduler: Gets the router ID that hosts this scheduler.
getRouterID() - Method in interface PacketScheduler: Returns the router ID that hosts this scheduler.
getRouterID() - Method in class RateControlledScheduler: Gets the router ID that hosts this scheduler.
getRouterID() - Method in class SCFQScheduler: Gets the router ID that hosts this scheduler.
getRunTimeParameters(int) - Method in class WorkloadLublin99: Gets the runtime parameters.
getSchedID() - Method in class FIFOScheduler: Gets the ID of this scheduler.
getSchedID() - Method in class FnbSCFQScheduler: Gets the ID of this scheduler.
getSchedID() - Method in interface PacketScheduler: Returns the ID of this scheduler.
getSchedID() - Method in class RateControlledScheduler: Gets the ID of this scheduler.
getSchedID() - Method in class SCFQScheduler: Gets the ID of this scheduler.
getSchedName() - Method in class FIFOScheduler: Gets the name of this scheduler.
getSchedName() - Method in class FnbSCFQScheduler: Gets the name of this scheduler.
getSchedName() - Method in interface PacketScheduler: Returns the name of this scheduler, if one was specified during setup.
getSchedName() - Method in class RateControlledScheduler: Gets the name of this scheduler.
getSchedName() - Method in class SCFQScheduler: Gets the name of this scheduler.
getScheduleItems() - Method in class AllocationAction: Gets the ScheduleItems associated with this action.
getSchedulePriority(ScheduleItem) - Method in interface PrioritySelector: Returns the priority of the item to be assigned by the scheduler or allocation policy.
getScheduler(Packet) - Method in class FloodingRouter: Returns the Scheduler associated with a packet.
getScheduler(int) - Method in class FloodingRouter: Returns the Scheduler that the router would use to reach a particular destination.
getScheduler(String) - Method in class FloodingRouter: Returns the Scheduler that the router would use to reach a particular destination.
getScheduler(Packet) - Method in class FlowRouter: Returns the Scheduler associated with a packet.
getScheduler(int) - Method in class FlowRouter: Returns the Scheduler that the router would use to reach a particular destination.
getScheduler(String) - Method in class FlowRouter: Returns the Scheduler that the router would use to reach a particular destination.
getScheduler(Packet) - Method in class FnbRIPRouter: Returns the Scheduler associated with a packet.
getScheduler(int) - Method in class FnbRIPRouter: Returns the Scheduler that the router would use to reach a particular destination.
getScheduler(String) - Method in class FnbRIPRouter: Returns the Scheduler that the router would use to reach a particular destination.
getScheduler(Packet) - Method in class RateControlledRouter: Returns the Scheduler associated with a packet.
getScheduler(int) - Method in class RateControlledRouter: Returns the Scheduler that the router would use to reach a particular destination.
getScheduler(String) - Method in class RateControlledRouter: Returns the Scheduler that the router would use to reach a particular destination.
getScheduler(Packet) - Method in class RIPRouter: Returns the Scheduler associated with a packet.
getScheduler(int) - Method in class RIPRouter: Returns the Scheduler that the router would use to reach a particular destination.
getScheduler(String) - Method in class RIPRouter: Returns the Scheduler that the router would use to reach a particular destination.
getScheduler(Packet) - Method in class Router: Returns the Scheduler associated with a packet.
getScheduler(int) - Method in class Router: Returns the Scheduler that the router would use to reach a particular destination.
getScheduler(String) - Method in class Router: Returns the Scheduler that the router would use to reach a particular destination.
getScheduleTime() - Method in class Message: Returns how much time to waited to schedule the message
getSchedulingOptions(double, double, int, int) - Method in class Profile: Returns the scheduling options of this availability profile within the specified period of time.
getSender() - Method in class FloodAdPack: Gets the sender's name
getSender() - Method in class RIPAdPack: Gets the sender's name
getSenderID() - Method in interface ScheduleItem: Returns the id of the user that created this item
getSenderID() - Method in class ServerReservation: Gets this object's owner ID
getSenderID() - Method in class SSGridlet: Gets the user or owner of this Gridlet
getSerialProbability(int) - Method in class WorkloadLublin99: Gets the probability for serial jobs
getServiceType() - Method in class TrafficGenerator: Gets the service level of this packet.
getSimulationCalendar() - Static method in class GridSim: Gets a new copy of initial simulation Calendar.
getSimulationStartDate() - Static method in class GridSim: Deprecated. as of GridSim 5.0, this method has been deprecated. Use GridSim.getSimulationCalendar() instead.
getSimulationTime(Calendar) - Method in class ResourceCalendar: Gets the current simulation time
getSize() - Method in class File: Gets the file size (in MBytes)
getSize() - Method in class Machine: Gets the number of PEs
getSize() - Method in interface Flow: Returns the size of this flow
getSize() - Method in class FlowPacket: Gets the size of this flow packet
getSize() - Method in class FnbDroppedUserObject: Returns the size of this packet
getSize() - Method in class FnbNetPacket: Gets the size of this packet
getSize() - Method in class InfoPacket: Gets the size of this packet.
getSize() - Method in class NetPacket: Gets the size of this packet
getSize() - Method in interface Packet: Returns the size of this packet
getSizeInByte() - Method in class File: Gets the file size (in bytes)
getSourceID() - Method in class Message: Returns the ID of the entity that generated the message
getSourceID() - Method in class source_pktNum: Gets the source ID of the gridlet
getSourceID() - Method in class ReservationMessage: Gets the source id
getSrc() - Method in class FnbEndToEndPath: Gets the source id of a connection.
getSrcID() - Method in interface Flow: Returns the ID of the source of this flow.
getSrcID() - Method in class FlowPacket: Returns the source ID of this packet.
getSrcID() - Method in class FnbDroppedUserObject: Returns the ID of the source of this packet.
getSrcID() - Method in class FnbNetPacket: Returns the source ID of this packet.
getSrcID() - Method in class InfoPacket: Gets the id of the entity that sent out this packet
getSrcID() - Method in class NetPacket: Returns the source ID of this packet.
getSrcID() - Method in interface Packet: Returns the ID of the source of this packet.
getSrcID() - Method in class AvailabilityInfo: Gets the source or sender id
getStandardDeviation() - Method in class Accumulator: Calculates the standard deviation of accumulated items
getStartHour() - Method in class WorkloadLublin99: Gets the hour of the day when the simulation should start
getStartingTime() - Method in class Auction: Returns the initial time of the auction
getStartTime() - Method in class ARObject: Gets this object's start time in milliseconds
getStartTime() - Method in class FlowPacket: Returns the current start time of this flow.
getStartTime() - Method in interface ScheduleItem: Gets the item's start time
getStartTime() - Method in class TimeSlot: Returns the start time of this time slot
getStartTime() - Method in class Reservation: Gets this object's start time in seconds
getStartTime() - Method in class ServerReservation: Gets this object's start time in seconds
getStartTime() - Method in class SSGridlet: Gets the time that a Gridlet is supposed to start.
getStartTime() - Method in class ResGridlet: Gets the Gridlet or reservation start time.
getStatus() - Method in class ARObject: Gets the status of this reservation
getStatus() - Method in class source_pktNum: Checks if the gridlet packets have arrived properly or not.
getStatus() - Method in interface ScheduleItem: Returns the status of this item
getStatus() - Method in class Reservation: Gets the status of this reservation
getStatus() - Method in class ServerReservation: Gets the status of this reservation
getStatus() - Method in class SSGridlet: Gets the Gridlet status
getStatus() - Method in class PE: Gets the status of this PE
getStatusString(int) - Static method in class Gridlet: Gets the string representation of the given Gridlet status code
getSubject() - Method in class AllocationAction: Gets the id of the subject or entity that created this action
getSubmissionTime() - Method in class Gridlet: Gets the submission or arrival time of this Gridlet from the latest GridResource
getSubmissionTime(int) - Method in class Gridlet: Gets the submission or arrival time of this Gridlet in the given GridResource ID
getSubmissionTime() - Method in interface ScheduleItem: Returns the time of submission of this item
getSubmissionTime() - Method in class Reservation: Returns the time of submission of this reservation
getSubmissionTime() - Method in class ServerReservation: Returns the time of submission of this reservation
getSubmissionTime() - Method in class SSGridlet: Gets the submission or arrival time of this Gridlet from the latest GridResource
getSubmissionTime() - Method in class WorkloadJob: Returns the time at which the job should be submitted
getSum() - Method in class Accumulator: Calculates the sum of accumulated items
getTag() - Method in interface Flow: Gets this flow tag
getTag() - Method in class FlowPacket: Returns the tag associated originally with data that was encapsulated in this flow packet.
getTag() - Method in class FnbDroppedUserObject: Gets this packet tag.
getTag() - Method in class FnbNetPacket: Returns the tag associated originally with data that was encapsulated in this packet.
getTag() - Method in class InfoPacket: Gets this packet tag
getTag() - Method in class NetPacket: Returns the tag associated originally with data that was encapsulated in this packet.
getTag() - Method in interface Packet: Gets this packet tag
getTime() - Method in class ProfileEntry: Gets the time associated with this entry
getTime() - Method in class FailureMsg: This method returns the time attribute of the ResourceFailure object
getTime() - Method in class Stat: Gets the time at which Statistic info was recorded
getTimeGridColor() - Method in class GUISettings: Returns the colour of the time grid
getTimeLineColor() - Method in class GUISettings: Returns the colour of the current time line
getTimeSlots(double, double) - Method in class Profile: Returns the time slots contained in this availability profile within a specified period of time.
getTimeSlots(double, ArrayList<Profile.Entry>) - Method in class Profile: A helper method which actually does the real job for Profile.getTimeSlots(double, double).
getTimeSpan() - Method in class GUISettings: Gets the time span for the GUI components
getTimeZone() - Method in class ARObject: Gets this object's time zone based on GMT
getTotalAccessTime() - Method in class TapeStorage: Gets the total access time of this tape drive in seconds.
getTotalGridlet() - Method in class ARObject: Gets the total Gridlet executed by this reservation
getTotalLoad() - Method in class AllocPolicy: Gets the total load for this GridResource
getTotalPackets() - Method in class FlowPacket: Returns the total number of flow packets in this stream.
getTotalPackets() - Method in class FnbNetPacket: Returns the total number of packets in this stream.
getTotalPackets() - Method in class NetPacket: Returns the total number of packets in this stream.
getTotalPkts() - Method in class FnbEndToEndPath: Gets the total number of packets of a connection.
getTotalResponseTime() - Method in class InfoPacket: Gets the total time that this packet has spent in the network.
getTotalRewindTime() - Method in class TapeStorage: Gets the total rewind time of the tape in seconds.
getTotalStorageCapacity() - Method in class DataGridResource: Gets the total capacity of all Storage elements (in MByte)
getTotalStorageCapacity() - Method in class ReplicaManager: Gets the total storage capacity (in MByte) for this DataGrid resource
getTransactionID() - Method in class ARObject: Gets this object's transaction ID
getTransactionTime() - Method in class File: Gets the last transaction time of this file (in second).
getTransparentComposite() - Method in class GUISettings: Returns a composite object to be used to draw objects that overlap in the resource windows
getType() - Method in class File: Gets this file type
getType() - Method in class FileAttribute: Gets this file type
getUpdateTime() - Method in class FlowPacket: Returns the last time a flow was updated (i.e.
getUserID() - Method in class ARObject: Gets this object's owner ID
getUserID() - Method in class Gridlet: Gets the user or owner ID of this Gridlet
getUserID() - Method in class FnbDroppedPacketInfo: Gets the user id.
getUserID() - Method in class FnbDroppedUserObject: Gets the user id
getUserID() - Method in class Reservation: Gets this object's owner ID
getUserID() - Method in class ResGridlet: Gets the user or owner of this Gridlet
getValue() - Method in class LinkedTreeMap.Entry: Returns the value associated with the key.
getVariance() - Method in class Accumulator: Calculates the variance of accumulated items
getVisualizer() - Static method in class GridSim: Returns a reference to the visualiser to be used.
getWaitingTime() - Method in class Gridlet: Gets the waiting time of this gridlet executed on a resource
getWallClockTime() - Method in class Gridlet: Gets the time of this Gridlet resides in the latest GridResource (from arrival time until departure time).
getWallClockTime(int) - Method in class Gridlet: Gets the time of this Gridlet resides in a given GridResource ID (from arrival time until departure time).
getWinner() - Method in class OneSidedAuction: Returns the winner's ID
getWinnerID() - Method in class MessageInformOutcome: Returns the winner's ID
getXAxisTextColor() - Method in class GUISettings: Returns the colour of the text in the x axis of the graphs
getXFactor(SSGridlet) - Method in class SelectiveBackfill: Calculates the eXpansion Factor (XFactor) of a job.
getXFactorThreshold(SSGridlet) - Method in class SelectiveBackfill: Gets the eXpansion Factor (XFactor) threshold applicable for a particular job
GIS_INQUIRY_RESOURCE_AR_LIST - Static variable in class AbstractGIS: Denotes an inquiry regarding to a list of local resources, which supports advanced reservation.
GIS_INQUIRY_RESOURCE_AR_RESULT - Static variable in class AbstractGIS: Denotes a result regarding to a list of local resources, which supports advanced reservation.
GIS_INQUIRY_RESOURCE_LIST - Static variable in class AbstractGIS: Denotes an inquiry regarding to a list of local resources.
GIS_INQUIRY_RESOURCE_RESULT - Static variable in class AbstractGIS: Denotes a result regarding to a list of local resources.
gisID_ - Variable in class GridUser: A regional GIS entity ID that is needed for communication
GridInformationService - Class in gridsim: A Grid Information Service (GIS) is an entity that provides grid resource registration, indexing and discovery services.
GridInformationService(String, double) - Constructor for class GridInformationService: Allocates a new GridInformationService object with networked I/O ports
Gridlet - Class in gridsim: A Gridlet is a package that contains all the information related to the job and its execution management details such as job length expressed in MI (Millions Instruction), the size of input and output files, and the job owner id.
Gridlet(int, double, long, long, int) - Constructor for class Gridlet: Allocates a new Gridlet object.
Gridlet(int, double, long, long, boolean) - Constructor for class Gridlet: Allocates a new Gridlet object.
Gridlet(int, double, long, long) - Constructor for class Gridlet: Allocates a new Gridlet object.
GRIDLET_CANCEL - Static variable in class GridSimTags: Cancels a Gridlet submitted in the GridResource entity.
GRIDLET_MOVE - Static variable in class GridSimTags: Moves a Gridlet to another GridResource entity.
GRIDLET_MOVE_ACK - Static variable in class GridSimTags: Moves a Gridlet to another GridResource entity with an acknowledgement.
GRIDLET_PAUSE - Static variable in class GridSimTags: Pauses a Gridlet submitted in the GridResource entity.
GRIDLET_PAUSE_ACK - Static variable in class GridSimTags: Pauses a Gridlet submitted in the GridResource entity with an acknowledgement.
GRIDLET_RESUME - Static variable in class GridSimTags: Resumes a Gridlet submitted in the GridResource entity.
GRIDLET_RESUME_ACK - Static variable in class GridSimTags: Resumes a Gridlet submitted in the GridResource entity with an acknowledgement.
GRIDLET_RETURN - Static variable in class GridSimTags: Denotes the return of a Gridlet back to sender.
GRIDLET_STATUS - Static variable in class GridSimTags: Denotes the status of a Gridlet.
GRIDLET_SUBMIT - Static variable in class GridSimTags: Denotes the submission of a Gridlet.
GRIDLET_SUBMIT_ACK - Static variable in class GridSimTags: Denotes the submission of a Gridlet with an acknowledgement.
gridletCancel(int, int) - Method in class AllocPolicy: An abstract method that cancels a Gridlet in an execution list.
gridletCancel(int, int) - Method in class ARSimpleSpaceShared: Cancels a Gridlet running in this entity.
gridletCancel(Gridlet, int, double) - Method in class GridSim: Cancels a Gridlet that is currently executing in a given GridResource ID with a delay.
gridletCancel(int, int, int, double) - Method in class GridSim: Cancels a Gridlet that is currently executing in a given GridResource ID with a delay.
gridletCancel(int, int) - Method in class AggressiveBackfill: Cancels a job running or in the waiting queue.
gridletCancel(int, int) - Method in class AggressiveMultiPartitions: Cancels a job running or in the waiting queue.
gridletCancel(int, int) - Method in class ConservativeBackfill: Cancels a job running or in the waiting queue.
gridletCancel(int, int) - Method in class SelectiveBackfill
gridletCancel(int, int) - Method in class SpaceSharedWithFailure: Cancels a Gridlet running in this entity.
gridletCancel(int, int) - Method in class TimeSharedWithFailure: Cancels a Gridlet running in this entity.
gridletCancel(int, int) - Method in class SpaceShared: Cancels a Gridlet running in this entity.
gridletCancel(int, int) - Method in class TimeShared: Cancels a Gridlet running in this entity.
gridletFinish(SSGridlet, int) - Method in class AggressiveBackfill: Updates the Gridlet's properties, such as status once a Gridlet is considered finished.
gridletFinish(SSGridlet, int) - Method in class AggressiveMultiPartitions: Updates the job's properties once a job is considered finished.
gridletFinish(SSGridlet, int) - Method in class ConservativeBackfill: Updates the Gridlet's properties, such as status once a Gridlet is considered finished.
gridletFinish(SSGridlet, int) - Method in class SelectiveBackfill: Updates the Gridlet's properties, such as status once a Gridlet is considered finished.
GridletList - Class in gridsim: Gridsim GridletList class is used to maintain a list of Gridlets (in linked-list) and support methods for organizing them
GridletList() - Constructor for class GridletList
gridletMigrate(Gridlet, int, boolean) - Method in class AllocPolicy: Migrates a Gridlet from this GridResource ID to the destination ID
gridletMove(int, int, int, boolean) - Method in class AllocPolicy: An abstract method that moves a Gridlet to another GridResource entity.
gridletMove(int, int, int, boolean) - Method in class ARSimpleSpaceShared: Moves a Gridlet from this GridResource entity to a different one.
gridletMove(Gridlet, int, int, double) - Method in class GridSim: Moves a Gridlet to the destination GridResource ID
gridletMove(int, int, int, int, double, boolean) - Method in class GridSim: Moves a Gridlet to the destination GridResource ID
gridletMove(int, int, int, boolean) - Method in class AggressiveBackfill
gridletMove(int, int, int, boolean) - Method in class AggressiveMultiPartitions
gridletMove(int, int, int, boolean) - Method in class ConservativeBackfill
gridletMove(int, int, int, boolean) - Method in class SelectiveBackfill
gridletMove(int, int, int, boolean) - Method in class SpaceSharedWithFailure: Moves a Gridlet from this GridResource entity to a different one.
gridletMove(int, int, int, boolean) - Method in class TimeSharedWithFailure: Moves a Gridlet from this GridResource entity to a different one.
gridletMove(int, int, int, boolean) - Method in class SpaceShared: Moves a Gridlet from this GridResource entity to a different one.
gridletMove(int, int, int, boolean) - Method in class TimeShared: Moves a Gridlet from this GridResource entity to a different one.
GridletPackets - Class in gridsim.net.fnb: This class contains relevant information of a dropped Gridlet or File object.
GridletPackets() - Constructor for class GridletPackets
gridletPause(int, int, boolean) - Method in class AllocPolicy: An abstract method that pauses a Gridlet during an execution.
gridletPause(int, int, boolean) - Method in class ARSimpleSpaceShared: Pauses a Gridlet only if it is currently executing.
gridletPause(Gridlet, int, double) - Method in class GridSim: Pauses a Gridlet that is currently executing in a given GridResource ID with a delay.
gridletPause(int, int, int, double, boolean) - Method in class GridSim: Pauses a Gridlet that is currently executing in a given GridResource ID with a delay.
gridletPause(int, int, boolean) - Method in class AggressiveBackfill
gridletPause(int, int, boolean) - Method in class AggressiveMultiPartitions
gridletPause(int, int, boolean) - Method in class ConservativeBackfill
gridletPause(int, int, boolean) - Method in class SelectiveBackfill
gridletPause(int, int, boolean) - Method in class SpaceSharedWithFailure: Pauses a Gridlet only if it is currently executing.
gridletPause(int, int, boolean) - Method in class TimeSharedWithFailure: Pauses a Gridlet only if it is currently executing.
gridletPause(int, int, boolean) - Method in class SpaceShared: Pauses a Gridlet only if it is currently executing.
gridletPause(int, int, boolean) - Method in class TimeShared: Pauses a Gridlet only if it is currently executing.
gridletReceive() - Method in class GridSim: Gets a Gridlet belong to the first event CURRENTLY waiting in this entity's deferred queue (incoming buffer).
gridletReceive(int, int, int) - Method in class GridSim: Gets a Gridlet belong to the first event CURRENTLY waiting in this entity's deferred queue (incoming buffer).
gridletReceive(int, int) - Method in class GridSim: Gets a Gridlet belong to the first event CURRENTLY waiting in this entity's deferred queue (incoming buffer).
gridletResume(int, int, boolean) - Method in class AllocPolicy: An abstract method that resumes a previously paused Gridlet.
gridletResume(int, int, boolean) - Method in class ARSimpleSpaceShared: Resumes a Gridlet only in the paused list.
gridletResume(Gridlet, int, double) - Method in class GridSim: Resumes a Gridlet that is currently pausing in a given GridResource ID with a delay.
NOTE: Resuming a Gridlet only works if it is currently on paused.
gridletResume(int, int, int, double, boolean) - Method in class GridSim: Resumes a Gridlet that is currently pausing in a given GridResource ID with a delay.
gridletResume(int, int, boolean) - Method in class AggressiveBackfill
gridletResume(int, int, boolean) - Method in class AggressiveMultiPartitions
gridletResume(int, int, boolean) - Method in class ConservativeBackfill
gridletResume(int, int, boolean) - Method in class SelectiveBackfill
gridletResume(int, int, boolean) - Method in class SpaceSharedWithFailure: Resumes a Gridlet only in the paused list.
gridletResume(int, int, boolean) - Method in class TimeSharedWithFailure: Resumes a Gridlet only in the paused list.
gridletResume(int, int, boolean) - Method in class SpaceShared: Resumes a Gridlet only in the paused list.
gridletResume(int, int, boolean) - Method in class TimeShared: Resumes a Gridlet only in the paused list.
gridletStatus(int, int) - Method in class AllocPolicy: An abstract method that finds the status of a Gridlet.
gridletStatus(int, int) - Method in class ARSimpleSpaceShared: Finds the status of a specified Gridlet ID.
gridletStatus(Gridlet, int) - Method in class GridSim: Gets the current status of this Gridlet in a given GridResource ID
gridletStatus(int, int, int) - Method in class GridSim: Gets the current status of this Gridlet in a given GridResource ID
gridletStatus(int, int) - Method in class AggressiveBackfill: Finds the status of a specified job.
gridletStatus(int, int) - Method in class AggressiveMultiPartitions: Finds the status of a specified job
gridletStatus(int, int) - Method in class ConservativeBackfill: Finds the status of a specified job
gridletStatus(int, int) - Method in class SelectiveBackfill: Finds the status of a specified job.
gridletStatus(int, int) - Method in class SpaceSharedWithFailure: Finds the status of a specified Gridlet ID.
gridletStatus(int, int) - Method in class TimeSharedWithFailure: Finds the status of a specified Gridlet ID.
gridletStatus(int, int) - Method in class SpaceShared: Finds the status of a specified Gridlet ID.
gridletStatus(int, int) - Method in class TimeShared: Finds the status of a specified Gridlet ID.
gridletSubmit(Gridlet, boolean) - Method in class AllocPolicy: An abstract method that schedules a new Gridlet received by a GridResource entity.
gridletSubmit(Gridlet, boolean) - Method in class ARSimpleSpaceShared: Schedules a new Gridlet that has been received by the GridResource entity.
gridletSubmit(Gridlet, int) - Method in class GridSim: Sends a Gridlet to the destination GridResource ID without any delay.
gridletSubmit(Gridlet, int, double, boolean) - Method in class GridSim: Sends a Gridlet to the destination GridResource ID with a specified delay.
gridletSubmit(Gridlet, int, double, boolean, int) - Method in class GridSim: Sends a Gridlet to the destination GridResource ID with a specified delay.
gridletSubmit(Gridlet, boolean) - Method in class AggressiveBackfill: Schedules/adds to the queue a new job received by the resource entity.
gridletSubmit(Gridlet, boolean) - Method in class AggressiveMultiPartitions: Schedules/adds to the queue a new job received by the resource entity.
gridletSubmit(Gridlet, boolean) - Method in class ARConservativeBackfill: Schedules a new job received by the Grid resource entity.
gridletSubmit(Gridlet, boolean) - Method in class ConservativeBackfill: Schedules a new job received by the Grid resource entity.
gridletSubmit(Gridlet, boolean) - Method in class SelectiveBackfill: Schedules/adds to the queue a new job received by the resource entity.
gridletSubmit(Gridlet, boolean) - Method in class SpaceSharedWithFailure: Schedules a new Gridlet that has been received by the GridResource entity.
gridletSubmit(Gridlet, boolean) - Method in class TimeSharedWithFailure: Schedules a new Gridlet that has been received by the GridResource entity.
gridletSubmit(Gridlet, boolean) - Method in class SpaceShared: Schedules a new Gridlet that has been received by the GridResource entity.
gridletSubmit(Gridlet, boolean) - Method in class TimeShared: Schedules a new Gridlet that has been received by the GridResource entity.
GridResource - Class in gridsim: GridResource extends the GridSimCore class for gaining communication and concurrent entity capabilities.
GridResource(String, double, long, ResourceCharacteristics, double, double, double, LinkedList, LinkedList) - Constructor for class GridResource: Allocates a new GridResource object.
GridResource(String, double, ResourceCharacteristics, ResourceCalendar) - Constructor for class GridResource: Allocates a new GridResource object.
GridResource(String, double, ResourceCharacteristics, ResourceCalendar, AllocPolicy) - Constructor for class GridResource: Allocates a new GridResource object.
GridResource(String, Link, long, ResourceCharacteristics, double, double, double, LinkedList, LinkedList) - Constructor for class GridResource: Allocates a new GridResource object.
GridResource(String, Link, ResourceCharacteristics, ResourceCalendar) - Constructor for class GridResource: Allocates a new GridResource object.
GridResource(String, Link, ResourceCharacteristics, ResourceCalendar, AllocPolicy) - Constructor for class GridResource: Allocates a new GridResource object.
GRIDRESOURCE_FAILURE - Static variable in class GridSimTags: This tag is used to simulate a resource failure.
GRIDRESOURCE_FAILURE_INFO - Static variable in class GridSimTags: This tag is used by a user to poll a resource to find out whether it is out of order or not.
GRIDRESOURCE_POLLING - Static variable in class GridSimTags: This tag is used by a user to poll a resource.
GRIDRESOURCE_RECOVERY - Static variable in class GridSimTags: This tag is used to tell a resource, which is currently failed or down, to come back to life.
GridResourceWithFailure - Class in gridsim.resFailure: GridResourceWithFailure is based on GridResource, but with added failure functionalities.
GridResourceWithFailure(String, double, long, ResourceCharacteristics, double, double, double, LinkedList, LinkedList) - Constructor for class GridResourceWithFailure: Allocates a new GridResourceWithFailure object.
GridResourceWithFailure(String, double, ResourceCharacteristics, ResourceCalendar) - Constructor for class GridResourceWithFailure: Allocates a new GridResourceWithFailure object.
GridResourceWithFailure(String, double, ResourceCharacteristics, ResourceCalendar, AllocPolicyWithFailure) - Constructor for class GridResourceWithFailure: Allocates a new GridResourceWithFailure object.
GridResourceWithFailure(String, Link, long, ResourceCharacteristics, double, double, double, LinkedList, LinkedList) - Constructor for class GridResourceWithFailure: Allocates a new GridResourceWithFailure object.
GridResourceWithFailure(String, Link, ResourceCharacteristics, ResourceCalendar) - Constructor for class GridResourceWithFailure: Allocates a new GridResourceWithFailure object.
GridResourceWithFailure(String, Link, ResourceCharacteristics, ResourceCalendar, AllocPolicyWithFailure) - Constructor for class GridResourceWithFailure: Allocates a new GridResourceWithFailure object.
gridsim - package gridsim: Classes that form the main simulation structure of GridSim.
GridSim - Class in gridsim: This class is mainly responsible in initialization, running and stopping of the overall simulation.
GridSim(String) - Constructor for class GridSim: Allocates a new GridSim object without NETWORK communication channels: "input" and "output" Sim_port.
GridSim(String, double) - Constructor for class GridSim: Allocates a new GridSim object with NETWORK communication channels: "input" and "output" Sim_port.
GridSim(String, Link) - Constructor for class GridSim: Allocates a new GridSim object with NETWORK communication channels: "input" and "output" Sim_port.
gridsim.auction - package gridsim.auction: Classes that form the framework of auction model in GridSim.
gridsim.datagrid - package gridsim.datagrid: Classes that form the framework of DataGrid model in GridSim.
gridsim.datagrid.filter - package gridsim.datagrid.filter: Classes that form the selection of File attributes in the Replica Catalogue.
gridsim.datagrid.index - package gridsim.datagrid.index: Classes that form the structure of multiple regional Data GIS and Replica Catalogue entities.
gridsim.datagrid.storage - package gridsim.datagrid.storage: Classes that form the structure of Storage elements of a DataGrid resource.
gridsim.filter - package gridsim.filter: Classes that form the selection of incoming events of an entity.
gridsim.index - package gridsim.index: Classes that form the structure of multiple regional GIS entities.
gridsim.net - package gridsim.net: Classes that form the network extension of GridSim.
gridsim.net.flow - package gridsim.net.flow: Classes that form the network flow extension of GridSim.
gridsim.net.fnb - package gridsim.net.fnb: Classes that form the finite network buffer extension of GridSim.
gridsim.parallel - package gridsim.parallel
gridsim.parallel.gui - package gridsim.parallel.gui
gridsim.parallel.log - package gridsim.parallel.log
gridsim.parallel.profile - package gridsim.parallel.profile
gridsim.parallel.reservation - package gridsim.parallel.reservation
gridsim.parallel.scheduler - package gridsim.parallel.scheduler
gridsim.parallel.util - package gridsim.parallel.util
gridsim.resFailure - package gridsim.resFailure: Classes that form the framework of resource failures model in GridSim.
gridsim.util - package gridsim.util: Classes that perform other important functionalities of GridSim.
GRIDSIM_VERSION_STRING - Static variable in class GridSim: Contains the release number of GridSim
GridSimCore - Class in gridsim: Since GridSim version 3.0, this is the overall class of GridSim package, that must be extended by other GridSim entities.
GridSimCore(String) - Constructor for class GridSimCore: Allocates a new GridSim object without NETWORK communication channels: "input" and "output" Sim_port.
GridSimCore(String, double) - Constructor for class GridSimCore: Allocates a new GridSim object with NETWORK communication channels: "input" and "output" Sim_port.
GridSimCore(String, Link) - Constructor for class GridSimCore: Allocates a new GridSim object with NETWORK communication channels: "input" and "output" Sim_port.
gridSimHold(double) - Method in class GridSim: Causes the entity to hold for duration units of simulation time
GridSimRandom - Class in gridsim: GridSim Random provides static methods for incorporating randomness in data used for any simulation.
GridSimRandom() - Constructor for class GridSimRandom: Allocates a new GridSimRandom object
GridSimRandom(long) - Constructor for class GridSimRandom: Allocates a new GridSimRandom object using a single long seed
GridSimRandom(long, double, double, double, double) - Constructor for class GridSimRandom: Allocates a new GridSimRandom object with specified parameters
GridSimShutdown - Class in gridsim: GridSimShutdown waits for termination of all GridSim user entities to determine the end of simulation.
GridSimShutdown(String, int, String) - Constructor for class GridSimShutdown: Allocates a new GridSimShutdown object.
GridSimShutdown(String, int) - Constructor for class GridSimShutdown: Allocates a new GridSimShutdown object.
GridSimStandardPE - Class in gridsim: Defines MIPS (Million Instructions Per Second) rating for a standard PE (Processing Element) or enables the users to define their own MIPS or SPEC (Standard Performance Evaluation Corporation) rating for a standard PE.
GridSimTags - Class in gridsim: Contains various static command tags that indicate a type of action that needs to be undertaken by GridSim entities when they receive or send events.
GridStatistics - Class in gridsim: Records statistical data reported by other entities.
GridStatistics(String) - Constructor for class GridStatistics: Allocates a new GridStatistics object
GridStatistics(String, String, boolean, String[], String[]) - Constructor for class GridStatistics: Allocates a new GridStatistics object with a set of parameters
GridUser - Class in gridsim: GridUser class acts as a medium to communicate with AbstractGIS entity.
GridUser(String, Link) - Constructor for class GridUser: Creates a GridUser object
GridUser(String, Link, String) - Constructor for class GridUser: Creates a GridUser object
GUISettings - Class in gridsim.parallel.gui: This class stores settings shared by all the windows of the graphical user interface.

H

handleCancelReservation(int, int, int, int) - Method in class ARPolicy: An abstract method that handles a cancel reservation request.
handleCancelReservation(int, int, ArrayList, int) - Method in class ARPolicy: An abstract method that handles a cancel reservation request.
handleCancelReservation(int, int, int) - Method in class ARPolicy: An abstract method that handles a cancel reservation request.
handleCancelReservation(int, int, ArrayList, int) - Method in class ARSimpleSpaceShared: Handles a cancel reservation request for a given Gridlet ID list.
handleCancelReservation(int, int, int) - Method in class ARSimpleSpaceShared: Handles a cancel reservation request.
handleCancelReservation(int, int, int, int) - Method in class ARSimpleSpaceShared: Handles a cancel reservation request.
handleCommitOnly(int, int, int) - Method in class ARPolicy: An abstract method that handles a commit reservation request.
handleCommitOnly(int, int, int) - Method in class ARSimpleSpaceShared: Handles a commit reservation request.
handleCommitReservation(int, int, int, Gridlet) - Method in class ARPolicy: An abstract method that handles a commit reservation request.
handleCommitReservation(int, int, int, GridletList) - Method in class ARPolicy: An abstract method that handles a commit reservation request.
handleCommitReservation(int, int, int, GridletList) - Method in class ARSimpleSpaceShared: Handles a commit reservation request.
handleCommitReservation(int, int, int, Gridlet) - Method in class ARSimpleSpaceShared: Handles a commit reservation request.
handleCreateReservation(ARObject, int, int) - Method in class ARPolicy: An abstract method that handles a new advanced reservation request.
handleCreateReservation(ARObject, int, int) - Method in class ARSimpleSpaceShared: Handles an advanced reservation request.
handleImmediateReservation(ARObject, int, int) - Method in class ARPolicy: An abstract method that handles a new immediate reservation request.
handleImmediateReservation(ARObject, int, int) - Method in class ARSimpleSpaceShared: Handles an immediate reservation request.
NOTE: currently able to handle a case where start time = 0 and duration or end time > 0.
handleModifyReservation(ARObject, int, int) - Method in class ARPolicy: An abstract method that handles a modify reservation request.
handleModifyReservation(ARObject, int, int) - Method in class ARSimpleSpaceShared: Handles a modify reservation request (NOTE: NOT YET SUPPORTED).
handleQueryBusyTime(long, long, int, int, double) - Method in class ARPolicy: An abstract method that handles a query busy time request.
handleQueryBusyTime(long, long, int, int, double) - Method in class ARSimpleSpaceShared: Handles a query busy time request (NOTE: NOT YET SUPPORTED).
handleQueryFreeTime(long, long, int, int, double) - Method in class ARPolicy: An abstract method that handles a query free time request.
handleQueryFreeTime(long, long, int, int, double) - Method in class ARSimpleSpaceShared: Handles a query free time request (NOTE: NOT YET SUPPORTED).
handleQueryReservation(int, int, int) - Method in class ARPolicy: An abstract method that handles a query reservation request.
handleQueryReservation(int, int, int) - Method in class ARSimpleSpaceShared: Handles a query reservation request.
HarddriveStorage - Class in gridsim.datagrid.storage: An implementation of a storage system.
HarddriveStorage(String, double) - Constructor for class HarddriveStorage: Creates a new harddrive storage with a given name and capacity.
HarddriveStorage(double) - Constructor for class HarddriveStorage: Creates a new harddrive storage with a given capacity.
hasCommitted() - Method in class ARObject: Checks whether this reservation object has committed or not.
hashCode() - Method in class LinkedTreeMap.Entry
hasLocalRC() - Method in class DataGridResource: Checks whether this resource has a local RC entity or not.
hasPotentialAvailableSpace(int) - Method in class HarddriveStorage: Checks whether there is enough space on the storage for a certain file.
hasPotentialAvailableSpace(int) - Method in interface Storage: Checks whether there is enough space on the storage for a certain file.
hasPotentialAvailableSpace(int) - Method in class TapeStorage: Checks whether there is enough space on the storage for a certain file.
hasReserved() - Method in class Gridlet: Checks whether this Gridlet is submitted by reserving or not.
hasReserved() - Method in interface ScheduleItem: If the item is a job, this checks whether the item is associated with an advance reservation or not
hasReserved() - Method in class ServerReservation: If the item is a job, this checks whether the item is associated with an advance reservation or not
hasReserved() - Method in class SSGridlet: Checks whether this Gridlet is submitted by reserving or not.
hasReserved() - Method in class ResGridlet: Checks whether this Gridlet is submitted by reserving or not.
headMap(K) - Method in class LinkedTreeMap: Returns a view of the portion of this map whose keys are strictly less than toKey.
hlItem - Variable in class ResourceWindow.GraphPanel
HOUR - Static variable in class AdvanceReservation: 1 Hour representation in milliseconds, i.e.
HyperExponential - Class in gridsim.util: Generate a hyperexponentially distributed random number mean mu and standard deviation sigma (sigma > mu) using Morse's two-stage hyperexponential distribution.
HyperExponential(double, double, int) - Constructor for class HyperExponential: Constructs a Hyper-Geometric random variable.

I

igen() - Method in class LCGRandom: Generates an integer-valued random number in the range 0 to MODULUS - 1.
increaseDroppedPktCounter() - Method in class FnbSCFQScheduler: Increases the counter for the dropped packets by 1
increaseJob() - Method in class ProfileEntry: Increases the number of jobs/reservations that rely on this entry to mark their expected completion time or their anchor point
incrementHopCount() - Method in class FloodAdPack: Increments the hop counter by one
incrementHopCount() - Method in class RIPAdPack: Increments the hop counter by one
incrStream() - Method in class LCGRandom
incStream() - Method in class Variate: Increment the stream.
INDENT_COMMA - Static variable in class SimReport: A comma-delimited text file, i.e.
INDENT_SPACE - Static variable in class SimReport: A space-delimited text file, i.e.
INDENT_TAB - Static variable in class SimReport: A tab-delimited text file, i.e.
indexOf(int, int) - Method in class GridletList: Finds the index of a Gridlet inside the list.
indexOf(int, int) - Method in class SSGridletList: Finds the index of a SSGridlet inside the list.
indexOf(int, int) - Method in class ResGridletList: Finds the index of a Gridlet inside the list.
INEXEC - Static variable in class Gridlet: The Gridlet is in execution in a Grid node
InfoPacket - Class in gridsim.net: InfoPacket class can be used to gather information from the network layer.
InfoPacket(String, int, long, int, int, int) - Constructor for class InfoPacket: Constructs a new Information packet.
INFOPKT_RETURN - Static variable in class GridSimTags: This tag is used to return the ping request back to sender
INFOPKT_SUBMIT - Static variable in class GridSimTags: This tag is used by an entity to send ping requests
init(ResourceCharacteristics, ResourceCalendar, Sim_port) - Method in class AllocPolicy: Initializes all important attributes.
init(Sim_port, AllocPolicy, int) - Method in class ReplicaManager: Initializes the Replica Manager details.
init(int, Calendar, boolean, String[], String[], String) - Static method in class GridSim: Initializes GridSim parameters.
init(int, Calendar, boolean) - Static method in class GridSim: Initializes GridSim parameters without any statistical entities.
init(int, Calendar, boolean, boolean) - Static method in class GridSim: Initializes GridSim parameters without any statistical entities.
initialize() - Method in class ARED: This function initializes the parameters of the buffers policies
initialize() - Method in class FIFO: This function initializes the parameters of FIFO policy
initialize() - Method in class FnbSCFQScheduler: This function initializes the parameters of the buffers policies (RED, ARED)
initialize() - Method in class RED: This function initializes the parameters of the buffers policies (RED, ARED)
initNetworkType(int) - Static method in class GridSim: Initializes the GridSimCore.NETWORK_TYPE to be used in the simulation.
initTime_ - Variable in class AllocPolicy: Initial simulation time as given in GridSim.init().
input - Variable in class GridSimCore: Reading data received via input port
Input - Class in gridsim.net: GridSim Input class defines a port through which a simulation entity receives data from the simulated network.
Input(String, double) - Constructor for class Input: Allocates a new Input object
INQUIRY_GLOBAL_RC_LIST - Static variable in class DataGridTags: Denotes a list of Replica Catalogue (RC) entities that are listed in other regional Data GIS entities.
INQUIRY_GLOBAL_RESOURCE_AR_LIST - Static variable in class AbstractGIS: Denotes a list of resources, which support advanced reservation, that are listed in other regional GIS entities.
INQUIRY_GLOBAL_RESOURCE_LIST - Static variable in class AbstractGIS: Denotes a list of resources that are listed in other regional GIS entities.
INQUIRY_LOCAL_RC_LIST - Static variable in class DataGridTags: Denotes a list of all Replica Catalogue (RC) entities that are listed in this regional Data GIS entity.
INQUIRY_LOCAL_RESOURCE_AR_LIST - Static variable in class AbstractGIS: Denotes a list of resources, that only support advance reservation, that are listed in this regional GIS entity.
INQUIRY_LOCAL_RESOURCE_LIST - Static variable in class AbstractGIS: Denotes a list of all resources, including the ones that can support advance reservation, that are listed in this regional GIS entity.
INQUIRY_RC_LIST - Static variable in class DataGridTags: Denotes a list of Replica Catalogue IDs.
INQUIRY_RC_RESULT - Static variable in class DataGridTags: Denotes a result regarding to a list of Replica Catalogue IDs.
INQUIRY_REGIONAL_GIS - Static variable in class AbstractGIS: Denotes a list of regional GIS IDs, including this entity ID.
insertGlID_userID(FnbDroppedPacketInfo) - Method in class FnbSCFQScheduler: Adds the packet info to the dropped list
insertNewItem(ScheduleItem) - Method in class ResourceWindow.ItemPanel: Inserts a Gridlet to the JList and the vector of Gridlets
insertPacketIntoQueue(Packet) - Method in class FnbSCFQScheduler: Puts a packet into the queue
INSIGNIFICANT - Static variable in class GridSimTags: Denotes insignificant simulation entity or time.
INTERACTIVE_JOBS - Static variable in class WorkloadLublin99: Represents interactive jobs
intersect(PERange) - Method in class PERange: Checks whether this range intersects with the given range
intersection(PERange) - Method in class PERange: Returns the common range of this range with another
intersection(PERangeList) - Method in class PERangeList: Identifies the intersections between lists of ranges
intSample(int) - Static method in class GridSimRandom: Gets the random int value from java.util.Random
intValue() - Method in enum ActionType: Returns the integer value of the type.
intValue() - Method in enum MessageType: Returns integer value associated with this message type
intValue() - Method in enum ReservationStatus: Returns the integer value for this status.
invokeAtEndOfSimulation(Runnable) - Method in class ParallelVisualizer: Invokes the runnable provided at the end of the simulation.
IO_data - Class in gridsim: Class relates to a communication between user entities and resources or user entities and others.
IO_data(Object, long, int) - Constructor for class IO_data: Allocates a new IO_data object
IO_data(Object, long, int, int) - Constructor for class IO_data: Allocates a new IO_data object with a specific network service level.
isAdvanceReservation() - Method in interface ScheduleItem: Checks whether the item is an advance reservation or not
isAdvanceReservation() - Method in class ServerReservation: Used to check if this schedule item is an advance reservation
isAdvanceReservation() - Method in class SSGridlet: Checks if this object is an advance reservation or not
isDebugModeEnabled() - Static method in class GridSim: Returns true if the debug mode is enabled
isEmpty() - Method in class FIFOScheduler: Determines whether the scheduler is currently keeping any packets in its queue(s).
isEmpty() - Method in class FnbSCFQScheduler: Determines whether the scheduler is currently keeping any packets in its queue(s).
isEmpty() - Method in interface PacketScheduler: Determines whether the scheduler is currently keeping any packets in its queue(s).
isEmpty() - Method in class RateControlledScheduler: Determines whether the scheduler is currently keeping any packets in its queue(s).
isEmpty() - Method in class SCFQScheduler: Determines whether the scheduler is currently keeping any packets in its queue(s).
isEmpty() - Method in class LinkedTreeMap: Returns true if this map contains no key-value mappings.
isEndSimulation() - Method in class AllocPolicy: Checks whether it is the end of a simulation or not
isFile() - Method in class firstLastPacketsGridlet: Deprecated. Determines whether this class stores a file ID or a gridlet ID
isFile() - Method in class FnbEndToEndPath: Checks whether this packet contains a file or not
isFile() - Method in class FnbNetPacket: Checks whether this packet contains a file or not
isFile() - Method in class GridletPackets: Determines whether this class stores a file ID or a gridlet ID
isFinished() - Method in class Gridlet: Checks whether this Gridlet has finished execution or not
isFull() - Method in class HarddriveStorage: Checks if the storage is full or not.
isFull() - Method in interface Storage: Checks if the storage is full or not.
isFull() - Method in class TapeStorage: Checks if the storage is full or not.
isHoliday() - Method in class ResourceCalendar: Checks whether the current simulation time is a holiday or not
isHoliday(Date) - Method in class ResourceCalendar: Checks whether the given date is a holiday or not
isMasterCopy() - Method in class File: Checks whether this file is a master copy or replica
isMasterCopy() - Method in class FileAttribute: Checks whether this file is a master copy or replica
isNetworked() - Method in class GridSimCore: Check type of entity
isReadOnly() - Method in class File: Checks whether this file is a read only or not
isReadOnly() - Method in class FileAttribute: Checks whether this file is a read only or not
isRegistered() - Method in class File: Checks if this file already registered to a Replica Catalogue
isRegistered() - Method in class FileAttribute: Checks if this file already registered to a Replica Catalogue
isResourceExist(int) - Method in class GridInformationService: Checks whether the given GridResource ID exists or not
isResourceExist(Integer) - Method in class GridInformationService: Checks whether the given GridResource ID exists or not
isResourceExist(int) - Static method in class GridSim: Checks whether the given GridResource ID exists or not
isResourceExist(Integer) - Static method in class GridSim: Checks whether the given GridResource ID exists or not
isSlowMotionModeEnabled() - Method in class AbstractVisualizer: Returns true if the slow motion mode is enabled
isStepByStepEnabled() - Method in class AbstractVisualizer: Returns true if the step by step mode is enabled
isTraceEnabled() - Static method in class GridSim: Checks whether simulation's statistics of other log should be created
isWorking() - Method in class ResourceCharacteristics: Checks whether all machines of this resource are working properly or not.
iterator() - Method in class PartProfile: Returns an iterator in case someone needs to iterate this object.
iterator() - Method in class PERangeList: Returns an iterator for this list.
iterator() - Method in class SingleProfile: Returns an iterator in case someone needs to iterate this object.
itValues(K) - Method in class LinkedTreeMap: Returns a value iterator whose first element is the entry searched for.
itValuesAfter(K) - Method in class LinkedTreeMap: Returns a value iterator whose first element is the entry next to the provided key.
itValuesFromPrec(K) - Method in class LinkedTreeMap: Returns a value iterator whose first entry's key is before the key given, or the key given if it exists.

J jobOrder - Variable in class AggressiveBackfill jobOrder - Variable in class AggressiveMultiPartitions jobOrder - Variable in class ConservativeBackfill jobOrder - Variable in class SelectiveBackfill JobTypePanel - Class in gridsim.parallel.gui Panel with a legend with information about the types of possible statuses of jobs and advance reservations in GridSim. JobTypePanel() - Constructor for class JobTypePanel Default constructor. JUNK_PKT - Static variable in class GridSimTags This tag is used to identify a packet as a junk packet used for background traffic K key - Variable in class LinkedTreeMap.Entry keySet - Variable in class LinkedTreeMap Each of these fields are initialized to contain an instance of the appropriate view the first time this view is requested. keySet() - Method in class LinkedTreeMap Returns a Set view of the keys contained in this map. L lastKey() - Method in class LinkedTreeMap Returns the last (highest) key currently in this sorted map. LCGRandom - Class in gridsim.util Basic random number generator. LCGRandom(int) - Constructor for class LCGRandom Constructs an LCG-based Random Number Generator. left - Variable in class LinkedTreeMap.Entry Link - Class in gridsim.net This class provides a template for a Link which can connect two entities like routers, GridResources or any other new component that needs to use the network facilities in Gridsim. Link(String, double, double, int) - Constructor for class Link Constructs a Link which simulates a physical link between two entities. LinkedTreeMap<K,V> - Class in gridsim.parallel.profile Red-Black tree based implementation of the SortedMap interface. LinkedTreeMap() - Constructor for class LinkedTreeMap Constructs a new, empty map, sorted according to the keys' natural order. LinkedTreeMap(Comparator<? super K>) - Constructor for class LinkedTreeMap Constructs a new, empty map, sorted according to the given comparator. LinkedTreeMap(Map<? extends K, ? extends V>) - Constructor for class LinkedTreeMap Constructs a new map containing the same mappings as the given map, sorted according to the keys' natural order. LinkedTreeMap(SortedMap<K, ? extends V>) - Constructor for class LinkedTreeMap Constructs a new map containing the same mappings as the given SortedMap, sorted according to the same ordering. LinkedTreeMap.Entry<K,V> - Class in gridsim.parallel.profile Node in the Tree. LinkedTreeMap.Entry(K, V, LinkedTreeMap.Entry<K, V>) - Constructor for class LinkedTreeMap.Entry Make a new cell with given key, value, and parent, and with null child links, and BLACK color. localRC_ - Variable in class AbstractRC A flag that denotes whether this entity is located inside a resource or not LogFormatter - Class in gridsim.parallel.log A log formatter based on the SimpleFormatter of java. LogFormatter() - Constructor for class LogFormatter LoggerEnum - Enum in gridsim.parallel.log Defines names for package level loggers. Logging - Class in gridsim.parallel.log Implements default logging behaviour in case the user does not specify any. lookForSrcPktNum(int, int) - Method in class FnbInput Look for a especific source_pktNum object in the source_PktNum_array M Machine - Class in gridsim GridSim Machine class represents an uniprocessor or shared memory multiprocessor machine. Machine(int, int, int) - Constructor for class Machine Allocates a new Machine object Machine(int, PEList) - Constructor for class Machine Deprecated. as of GridSim version 5.0, you should use Machine.Machine(int,int,int) MachineList - Class in gridsim GridSim MachineList simulates a collection of machines. MachineList() - Constructor for class MachineList makeMasterCopy() - Method in class File Clone this file and make the new file as a master copy as well makeReplica() - Method in class File Clone this file but the clone file is set to a replica makeRoomForPacket() - Method in class FnbSCFQScheduler This function tries to drop a data packet out of a full queue, so that a control packet can be stored in that queue. match(MessageAsk, MessageBid, double) - Method in class DoubleAuction Invoked by the subclasses when a match of an ask and a bid is found. match(FileAttribute) - Method in class FileNameFilter For each file in the Replica Catalogue list, check whether it contains a FileAttribute object with a matching file name match(FileAttribute) - Method in class Filter For each file in the Replica Catalogue list, check whether it contains a FileAttribute object with the given matching attribute(s) match(Sim_event) - Method in class FilterDataResult Checks whether an event matches the required constraints or not. NOTE: This method is not used directly by the user. match(Sim_event) - Method in class FilterCreateAR Checks whether an event matches the required constraints or not. NOTE: This method is not used directly by the user. match(Sim_event) - Method in class FilterGridlet Checks whether an event matches the required constraints or not. NOTE: This method is not used directly by the user. match(Sim_event) - Method in class FilterQueryTimeAR Checks whether an event matches the required constraints or not. NOTE: This method is not used directly by the user. match(Sim_event) - Method in class FilterResult Checks whether an event matches the required constraints or not. NOTE: This method is not used directly by the user. match(Sim_event) - Method in class FilterFlow Checks whether an event matches the required constraints or not. NOTE: This method is not used directly by the user. match(ScheduleItem) - Method in interface PartitionPredicate Checks whether a given job meets the criteria of the partition. match(Sim_event) - Method in class FilterARMessage Checks whether an event matches the required constraints or not. NOTE: This method is not used directly by the user. match(ScheduleItem) - Method in class RuntimePredicate Checks whether a given job meets the criteria of the partition or category match(SSGridlet) - Method in class SelectiveBackfill.JobCategory match(Sim_event) - Method in class Sim_from_port Checks whether an event comes through a given port or not. NOTE: This method is not used directly by the user. matchPartition(ScheduleItem) - Method in class PartProfile Returns the ID of the partition whose predicate matches the schedule item provided. MAX_HOP_COUNT - Static variable in class Router An attribute that denotes the maximum number of hopcount used for advertising adjacent routers. mergePERanges() - Method in class PERangeList Merges PE ranges: e.g. Message - Class in gridsim.auction This class represents a single message exchanged among auctioneers, bidders or sellers. Message(int, int) - Constructor for class Message MessageAsk - Class in gridsim.auction This class represents an ask sent by a seller to the auctioneer MessageAsk(int, int, float) - Constructor for class MessageAsk Constructor MessageBid - Class in gridsim.auction This class represents a bid made by a bidder to the auctioneer MessageBid(int, int, int, int, int) - Constructor for class MessageBid Constructor MessageBid(int, int, int, int) - Constructor for class MessageBid Constructor MessageCallForBids - Class in gridsim.auction This class represents an call for bids sent by the auctioneer MessageCallForBids(int, int, double, int) - Constructor for class MessageCallForBids Constructor MessageCallForBids(int, int, float) - Constructor for class MessageCallForBids Constructor MessageInformOutcome - Class in gridsim.auction This class represents an message that informs the outcome of an auction MessageInformOutcome(int, int, int, double) - Constructor for class MessageInformOutcome Constructor MessageInformStart - Class in gridsim.auction This class represents a message that is sent by the auctioneer to bidders when an auction starts MessageInformStart(int, int) - Constructor for class MessageInformStart Constructor MessageRejectBid - Class in gridsim.auction This class represents a reject of a bid sent by the auctioneer to a bidder MessageRejectBid(int, int, int, int, int) - Constructor for class MessageRejectBid Constructor MessageRejectCallForBid - Class in gridsim.auction This class represents a reject of call for bids sent by the bidder to the auctioneer MessageRejectCallForBid(int, int, int, int, int) - Constructor for class MessageRejectCallForBid Constructor MessageType - Enum in gridsim.parallel.reservation Enumerator with the types of reservation messages. MILLI_SEC - Static variable in class ARPolicy A constant variable that represents 1 second in 1,000 milliseconds. MILLI_SEC - Variable in class Link A constant represents 1 second in milliseconds modifyReservation(String, ARObject) - Method in class AdvanceReservation Modifies an existing reservation. modifyReservation(ReservationMessage) - Method in interface ReservationPolicy A method that handles a request to modify a reservation. modifyReservation(int, double, int, int) - Method in class ReservationRequester Modifies an existing reservation. modifyReservation(ReservationMessage) - Method in class ARConservativeBackfill A method that handles a request to modify a reservation. move(ResGridlet, ResGridletList) - Method in class ResGridletList Move a ResGridlet object from this linked-list into a specified one MTU_ - Variable in class Link Maximum Transmission Unit (MTU) of this link in bytes myId_ - Variable in class AllocPolicy This class entity ID myID_ - Variable in class RegionalGIS This entity ID in Integer object. myID_ - Variable in class RegionalGISWithFailure This entity ID in Integer object. myRemove(int) - Method in class ResourceUserList Deprecated. As of GridSim 2.1, replaced by ResourceUserList.removeUser(int) N NET_BUFFER_PACKET_LEVEL - Static variable in class GridSimTags NET_FLOW_LEVEL - Static variable in class GridSimTags NET_PACKET_LEVEL - Static variable in class GridSimTags NetIO - Interface in gridsim.net This class contains the structure for Input and Output entities. NetPacket - Class in gridsim.net Structure of a packet used to encapsulate data passing through the network. NetPacket(Object, int, long, int, int, int) - Constructor for class NetPacket Constructs a network packet for data that fits into a single network packet. NetPacket(Object, int, long, int, int, int, int, int, int) - Constructor for class NetPacket This is used to construct a packet that is one in a series. NETWORK_TYPE - Static variable in class GridSimCore Specifies which type of network to be used. NetworkReader - Class in gridsim.util This is an utility class, which parses a file and constructs the network topology automatically. NetworkReader() - Constructor for class NetworkReader next - Variable in class LinkedTreeMap.Entry NOT_REGISTERED - Static variable in class File Denotes that this file has not been registered to a Replica Catalogue NOTIFY_GIS_RESOURCE_FAILURE - Static variable in class AbstractGIS Denotes an inquiry regarding to a resource failure. notifyListeners(int, ActionType, boolean, LinkedList<ScheduleItem>) - Method in class AbstractVisualizer Notifies the listener about the action performed notifyListeners(int, ActionType, boolean, ScheduleItem) - Method in class AbstractVisualizer Notifies the listeners about the action performed notifyListeners(int, ActionType, boolean) - Method in class AbstractVisualizer Notifies the listeners about the action performed notifyListeners(AllocationAction) - Method in class AbstractVisualizer Notifies a listener about the action performed notifyListeners(AllocationAction) - Method in class ParallelVisualizer Notifies a listener about the action performed notifyListeners(int, ActionType, boolean, LinkedList<ScheduleItem>) - Method in interface Visualizer Notifies the listener about the action performed notifyListeners(int, ActionType, boolean, ScheduleItem) - Method in interface Visualizer Notifies the listeners about the action performed notifyListeners(int, ActionType, boolean) - Method in interface Visualizer Notifies the listeners about the action performed notifyListeners(AllocationAction) - Method in interface Visualizer Notifies a listener about the action performed notifyListeners(int, ActionType, boolean, LinkedList<ScheduleItem>) - Method in class VisualizerAdaptor Notifies the listener about the action performed NOTE: As this class is an adaptor, this method is empty. notifyListeners(int, ActionType, boolean, ScheduleItem) - Method in class VisualizerAdaptor Notifies the listeners about the action performed NOTE: As this class is an adaptor, this method is empty. notifyListeners(int, ActionType, boolean) - Method in class VisualizerAdaptor Notifies the listeners about the action performed NOTE: As this class is an adaptor, this method is empty. notifyListeners(AllocationAction) - Method in class VisualizerAdaptor Notifies a listener about the action performed NOTE: As this class is an adaptor, this method is empty. notifySystemGIS(Sim_event, int) - Method in class AbstractGIS Notify GridInformationService or system GIS about a specific request as defined in the tag name. NOTE: ev.get_data() should contain an Integer object numCompJobs - Variable in class SelectiveBackfill.JobCategory O onAuctionClose(Auction) - Method in class Auctioneer This method should be implemented to perform some auction after some auction has been finished. onClose(int) - Method in class DutchAuction This method is invoked when a round finishes onClose(int) - Method in class EnglishAuction This method is invoked when a round finishes onClose(int) - Method in class FirstPriceSealedBidAuction This method is invoked when a round finishes onClose(int) - Method in class OneSidedAuction Called when a round finishes onClose(int) - Method in class ReverseDutchAuction This method is invoked when a round finishes onClose(int) - Method in class ReverseEnglishAuction This method is invoked when a round finishes onClose(int) - Method in class ReverseFirstPriceSealedBidAuction This method is invoked when a round finishes OneSidedAuction - Class in gridsim.auction This class represents an one-sided auction. OneSidedAuction(String, int, int, double, int, Sim_port) - Constructor for class OneSidedAuction Default constructor OneSidedAuction(String, int, double, int) - Constructor for class OneSidedAuction Default constructor onReceiveAsk(MessageAsk) - Method in class ContinuousDoubleAuction Called when a ask is sent by a provider. onReceiveAsk(MessageAsk) - Method in class DoubleAuction Called when a ask is sent by a provider. onReceiveBid(MessageBid) - Method in class ContinuousDoubleAuction Called when a bid is received. onReceiveBid(MessageBid) - Method in class DoubleAuction Called when a bid is received. onReceiveBid(MessageBid) - Method in class DutchAuction This method is called when a bid is received. onReceiveBid(MessageBid) - Method in class EnglishAuction This method is called when a bid is received. onReceiveBid(MessageBid) - Method in class FirstPriceSealedBidAuction This method is called when a bid is received. onReceiveBid(MessageBid) - Method in class OneSidedAuction Called when a bid is received. onReceiveBid(MessageBid) - Method in class ReverseDutchAuction This method is called when a bid is received. onReceiveBid(MessageBid) - Method in class ReverseEnglishAuction This method is called when a bid is received. onReceiveBid(MessageBid) - Method in class ReverseFirstPriceSealedBidAuction This method is called when a bid is received. onReceiveCfb(MessageCallForBids) - Method in interface Responder This method is invoked by the observer when a Call for Bids is received onReceiveInformOutcome(MessageInformOutcome) - Method in interface Responder This method is invoked by the observer when a message informing the outcome is received onReceiveRejectCallForBid(MessageRejectCallForBid) - Method in class DutchAuction Called when a reject bid is received. onReceiveRejectCallForBid(MessageRejectCallForBid) - Method in class EnglishAuction Called when a reject bid is received. onReceiveRejectCallForBid(MessageRejectCallForBid) - Method in class FirstPriceSealedBidAuction Called when a reject bid is received. onReceiveRejectCallForBid(MessageRejectCallForBid) - Method in class OneSidedAuction Called when a reject bid is received. onReceiveRejectCallForBid(MessageRejectCallForBid) - Method in class ReverseDutchAuction Called when a reject bid is received. onReceiveRejectCallForBid(MessageRejectCallForBid) - Method in class ReverseEnglishAuction Called when a reject bid is received. onReceiveRejectCallForBid(MessageRejectCallForBid) - Method in class ReverseFirstPriceSealedBidAuction Called when a reject bid is received. onReceiveRejectProposal(MessageRejectBid) - Method in interface Responder This message is invoked when the observer receives a message rejecting a proposal previously sent onReceiveStartAuction(MessageInformStart) - Method in interface Responder This message is invoked when the observer receives a message informing about the start of an auction onResponseToAsk(MessageAsk, MessageBid, double) - Method in class Auctioneer This method is called when a match for an ask was found by a double auction. onStart() - Method in class ContinuousDoubleAuction This method is called when the auction is started onStart() - Method in class DoubleAuction Called when the auction is started onStart(int) - Method in class DutchAuction This method is called when a round is started onStart(int) - Method in class EnglishAuction This method is called when a round is started onStart(int) - Method in class FirstPriceSealedBidAuction This method is called when a round is started onStart(int) - Method in class OneSidedAuction Called when a round is started onStart(int) - Method in class ReverseDutchAuction This method is called when a round is started onStart(int) - Method in class ReverseEnglishAuction This method is called when a round is started onStart(int) - Method in class ReverseFirstPriceSealedBidAuction This method is called when a round is started onStop() - Method in class ContinuousDoubleAuction Called when the auction finishes onStop() - Method in class DoubleAuction Called when the auction finishes onStop() - Method in class DutchAuction This method is called when the auction finishes onStop() - Method in class EnglishAuction This method is called when the auction finishes onStop() - Method in class FirstPriceSealedBidAuction This method is called when the auction finishes onStop() - Method in class OneSidedAuction Called when the auction finishes onStop() - Method in class ReverseDutchAuction This method is called when the auction finishes onStop() - Method in class ReverseEnglishAuction This method is called when the auction finishes onStop() - Method in class ReverseFirstPriceSealedBidAuction This method is called when the auction finishes OTHER_POLICY_DIFFERENT_RATING - Static variable in class ResourceCharacteristics Assuming all PEs in a Machine have the same rating. OTHER_POLICY_SAME_RATING - Static variable in class ResourceCharacteristics Assuming all PEs in all Machines have the same rating. output - Variable in class GridSimCore Sending data via output port to external entities Output - Class in gridsim.net GridSim Output defines a port through which a simulation entity sends data to the simulated network. Output(String, double) - Constructor for class Output Allocates a new Output object outputPort - Variable in class Auction The Auction output port. outputPort - Variable in class AuctionObserver The Bidder output port. outputPort_ - Variable in class AllocPolicy The GridResource output port. outputPort_ - Variable in class ReplicaManager The output port of the DataGridResource P PA - Static variable in class WorkloadLublin99 PA_ACTIVE - Static variable in class WorkloadLublin99 PA_BATCH - Static variable in class WorkloadLublin99 Packet - Interface in gridsim.net This class contains the structure for a network packet. PacketScheduler - Interface in gridsim.net This class provides a template for schedulers that will be used at routers. paintComponent(Graphics) - Method in class JobTypePanel paintComponent(Graphics) - Method in class ResourceWindow.GraphPanel ParallelResource - Class in gridsim.parallel ParallelResource extends the GridResource class for gaining communication and concurrent entity capabilities. ParallelResource(String, double, ResourceCharacteristics, AllocPolicy) - Constructor for class ParallelResource Allocates a new object. ParallelResource(String, Link, ResourceCharacteristics, AllocPolicy) - Constructor for class ParallelResource Allocates a new object. ParallelVisualizer - Class in gridsim.parallel.gui ParallelVisualizer is the class that represents the main window used by the visualisation tool. ParallelVisualizer() - Constructor for class ParallelVisualizer Creates the main window of the visualiser. ParameterException - Exception in gridsim This exception is to report bad or invalid parameters given during constructor. ParameterException() - Constructor for exception ParameterException Constructs a new exception with null as its detail message. ParameterException(String) - Constructor for exception ParameterException Creates a new ParameterException object. parent - Variable in class LinkedTreeMap.Entry PartitionPredicate - Interface in gridsim.parallel.profile This interface is used to filter what jobs/reservations should be put in a given partition by policies that use multiple partitions or queues. PartProfile - Class in gridsim.parallel.profile This class represents the profile containing the ranges of PEs available at given simulation times. PartProfile(Collection<ResourcePartition>) - Constructor for class PartProfile Creates a new PartProfile object. PartProfile(ResourcePartition[]) - Constructor for class PartProfile Creates a new PartProfile object. PartProfileEntry - Class in gridsim.parallel.profile The PartProfileEntry class represents an entry in the availability profile. PartProfileEntry(double, int) - Constructor for class PartProfileEntry Creates a new instance of PartProfileEntry PAUSE - Static variable in class GridSim Pause for a certain time delay (in seconds) before a resource registers to a Regional GIS entity. PAUSED - Static variable in class Gridlet The Gridlet has been paused. pauseSimulation() - Static method in class GridSim Pauses the simulation. pauseSimulation(long) - Static method in class GridSim Pauses the simulation at a given simulation time. PB - Static variable in class WorkloadLublin99 PB_ACTIVE - Static variable in class WorkloadLublin99 PB_BATCH - Static variable in class WorkloadLublin99 PE - Class in gridsim GridSim PE (Processing Element) class represents CPU unit, defined in terms of Millions Instructions Per Second (MIPS) rating. ASSUMPTION: All PEs under the same Machine have the same MIPS rating. PE(int, int) - Constructor for class PE Allocates a new PE object PEList - Class in gridsim GridSim PEList maintains a list of PEs (Processing Elements) that make up a machine. PEList() - Constructor for class PEList PERange - Class in gridsim.parallel.profile This class represents a range of PEs. PERange(int, int) - Constructor for class PERange Creates a new PERange object PERangeList - Class in gridsim.parallel.profile This class represents a list of PERange's. PERangeList() - Constructor for class PERangeList Default constructor. PERangeList(int, int) - Constructor for class PERangeList Creates a new PERangeList object. ping(int, int) - Method in class GridSimCore Pings to a particular entity ID with a given packet size. ping(String, int) - Method in class GridSimCore Pings to a particular entity ID with a given packet size. ping(String, int, double, int) - Method in class GridSimCore Pings to a particular entity ID with a given packet size. ping(int, int, double, int) - Method in class GridSimCore Pings to a particular entity ID with a given packet size. pingBlockingCall(int, int, double, int) - Method in class GridSimCore Pings to a particular entity ID with a given packet size. pingBlockingCall(int, int) - Method in class GridSimCore Pings to a particular entity ID with a given packet size. pingBlockingCall(String, int) - Method in class GridSimCore Pings to a particular entity ID with a given packet size. pingBlockingCall(String, int, double, int) - Method in class GridSimCore Pings to a particular entity ID with a given packet size. pivot - Variable in class AggressiveBackfill pivot - Variable in class AggressiveMultiPartitions.EasyBackFillingPartition PKT_FORWARD - Static variable in class GridSimTags All NetPackets are routed through the network with this tag. PKT_SIZE - Static variable in class DataGridTags The default packet size (in byte) for sending events to other entity. pktListSize() - Method in class FnbSCFQScheduler Returns the size of the packet list. Poisson - Class in gridsim.util A random number generator based on the Poisson distribution. Poisson(String, double) - Constructor for class Poisson Constructor with which Sim_system is allowed to set the random number generator's seed Poisson(String, double, long) - Constructor for class Poisson The constructor with which a specific seed is set for the random number generator policy_ - Variable in class ReplicaManager The policy of the DataGridResource policy_ - Variable in class GridResource A resource's scheduler. policy_ - Variable in class GridResourceWithFailure A resource's scheduler. policyType_ - Variable in class GridResource A scheduler type of this resource, such as FCFS, Round Robin, etc policyType_ - Variable in class GridResourceWithFailure A scheduler type of this resource, such as FCFS, Round Robin, etc POLLING_TIME_GIS - Static variable in class GridSimTags The polling interval for the GIS entities. POLLING_TIME_USER - Static variable in class GridSimTags The polling interval for users. pollResource(int) - Method in class RegionalGISWithFailure This function is to poll the resources in order to check whether they are failed or not pollReturn() - Method in class RegionalGISWithFailure This function is to receive back the polls from the resources POW2_PROB - Static variable in class WorkloadLublin99 POW2_PROB_ACTIVE - Static variable in class WorkloadLublin99 The default proportion of interactive jobs with power 2 number of nodes POW2_PROB_BATCH - Static variable in class WorkloadLublin99 The default proportion of batch jobs with power 2 number of nodes predicate - Variable in class SelectiveBackfill.JobCategory previous - Variable in class LinkedTreeMap.Entry printGridletList(boolean) - Method in class Workload Prints the Gridlet objects printRoutingTable() - Method in class FloodingRouter Prints this router's routing table in a nice-formatted layout printRoutingTable() - Method in class FlowRouter Prints this router's routing table in a nice-formatted layout printRoutingTable() - Method in class FnbRIPRouter Prints this router's routing table in a nice-formatted layout printRoutingTable() - Method in class RateControlledRouter Prints this router's routing table in a nice-formatted layout printRoutingTable() - Method in class RIPRouter Prints this router's routing table in a nice-formatted layout printRoutingTable() - Method in class Router This method prints out the forwarding table of the router in a human readable form. prioritySelector - Variable in class AggressiveMultiPartitions PrioritySelector - Interface in gridsim.parallel.scheduler This interface is used by a scheduler to obtain the priority of a given schedule item (i.e. processEndSimulation() - Method in class DataGridResource Notifies internal entities regarding to the end of simulation signal processEndSimulation() - Method in class AbstractRC Performs last activities before the end of a simulation. processEndSimulation() - Method in class DataGIS Notifies the registered entities about the end of simulation. processEndSimulation() - Method in class DataRegionalGIS Notifies the registered entities about the end of simulation. processEndSimulation() - Method in class RegionalRC Performs last activities before the end of a simulation -- THIS METHOD IS EMPTY processEndSimulation() - Method in class TopRegionalRC Performs last activities before the end of a simulation -- THIS METHOD IS EMPTY processEndSimulation() - Method in class ReplicaManager Notifies internal entities regarding to the end of simulation signal. processEndSimulation() - Method in class GridInformationService Notifies the registered entities about the end of simulation. processEndSimulation() - Method in class AbstractGIS Informs the registered entities regarding to the end of a simulation. processEndSimulation() - Method in class RegionalGIS Informs the registered entities regarding to the end of a simulation. NOTE: This method can be overridden by its subclasses, provided that they call this method first. processEndSimulation() - Method in class FloodingRouter Informs the registered entities regarding to the end of a simulation. processEndSimulation() - Method in class FlowRouter Informs the registered entities regarding to the end of a simulation. processEndSimulation() - Method in class FnbRIPRouter At the end of simulations, write the counters into files. processEndSimulation() - Method in class RateControlledRouter Informs the registered entities regarding to the end of a simulation. processEndSimulation() - Method in class RIPRouter Informs the registered entities regarding to the end of a simulation. processEndSimulation() - Method in class Router Informs the registered entities regarding to the end of a simulation. processEndSimulation() - Method in class RegionalGISWithFailure Informs the registered entities regarding to the end of a simulation. NOTE: This method can be overridden by its subclasses, provided that they call this method first. processEvent(Sim_event) - Method in class Auction processEvent(Sim_event) - Method in class AuctionObserver Process an event. processEvent(Sim_event) - Method in class DoubleAuction Processes events or services that are available for this Auctioneer processEvent(Sim_event) - Method in class OneSidedAuction Processes events or services that are available for this Auctioneer processEvent(Sim_event) - Method in class AbstractRC Processes incoming events one by one processEvent(Sim_event) - Method in class ReplicaManager Processes an incoming event processEvent(Sim_event) - Method in class SimpleReplicaManager Processes an incoming event processEvent(Sim_event) - Method in class FloodingRouter Processes incoming events processEvent(Sim_event) - Method in class FlowRouter Processes incoming events processEvent(Sim_event) - Method in class FnbRIPRouter Processes incoming events processEvent(Sim_event) - Method in class RateControlledRouter Processes incoming events processEvent(Sim_event) - Method in class RIPRouter Processes incoming events processEvent(Sim_event) - Method in class Router Overrides this method when creating a new type of router. processGISResourceARList(Sim_event) - Method in class AbstractGIS Process an incoming request from other GIS entities about getting a list of resource IDs supporting Advanced Reservation, that are registered to this regional GIS entity. processGISResourceARList(Sim_event) - Method in class RegionalGIS Process an incoming request from other GIS entities about getting a list of resource IDs supporting Advanced Reservation, that are registered to this regional GIS entity. processGISResourceARList(Sim_event) - Method in class RegionalGISWithFailure Process an incoming request from other GIS entities about getting a list of resource IDs supporting Advanced Reservation, that are registered to this regional GIS entity. processGISResourceARResult(Sim_event) - Method in class AbstractGIS Process an incoming delivery from other GIS entities about their resource list supporting Advanced Reservation. processGISResourceARResult(Sim_event) - Method in class RegionalGIS Process an incoming delivery from other GIS entities about their resource list supporting Advanced Reservation. processGISResourceARResult(Sim_event) - Method in class RegionalGISWithFailure Process an incoming delivery from other GIS entities about their resource list supporting Advanced Reservation. processGISResourceList(Sim_event) - Method in class AbstractGIS Process an incoming request from other GIS entities about getting a list of resource IDs, that are registered to this regional GIS entity. processGISResourceList(Sim_event) - Method in class RegionalGIS Process an incoming request from other GIS entities about getting a list of resource IDs, that are registered to this regional GIS entity. processGISResourceList(Sim_event) - Method in class RegionalGISWithFailure Process an incoming request from other GIS entities about getting a list of resource IDs, that are registered to this regional GIS entity. processGISResourceResult(Sim_event) - Method in class AbstractGIS Process an incoming delivery from other GIS entities about their resource list. processGISResourceResult(Sim_event) - Method in class RegionalGIS Process an incoming delivery from other GIS entities about their resource list. processGISResourceResult(Sim_event) - Method in class RegionalGISWithFailure Process an incoming delivery from other GIS entities about their resource list. processGlobalResourceARList(Sim_event) - Method in class AbstractGIS Process an incoming request from users about getting a list of resource IDs supporting Advanced Reservation, that are registered in other regional GIS entities. processGlobalResourceARList(Sim_event) - Method in class RegionalGIS Process an incoming request about getting a list of resource IDs supporting Advanced Reservation that are registered in other regional GIS entities. processGlobalResourceARList(Sim_event) - Method in class RegionalGISWithFailure Process an incoming request about getting a list of resource IDs supporting Advanced Reservation that are registered in other regional GIS entities. processGlobalResourceList(Sim_event) - Method in class AbstractGIS Process an incoming request from users about getting a list of resource IDs, that are registered in other regional GIS entities. processGlobalResourceList(Sim_event) - Method in class RegionalGIS Process an incoming request from users about getting a list of resource IDs, that are registered in other regional GIS entities. processGlobalResourceList(Sim_event) - Method in class RegionalGISWithFailure Process an incoming request from users about getting a list of resource IDs, that are registered in other regional GIS entities. processInquiryRegionalGIS(Sim_event) - Method in class AbstractGIS Process an incoming request about getting a list of regional GIS IDs (including this entity ID), that are registered to the GridInformationService or system GIS. processInquiryRegionalGIS(Sim_event) - Method in class RegionalGIS Process an incoming request about getting a list of regional GIS IDs (including this entity ID), that are registered to the GridInformationService or system GIS. processInquiryRegionalGIS(Sim_event) - Method in class RegionalGISWithFailure Process an incoming request about getting a list of regional GIS IDs (including this entity ID), that are registered to the GridInformationService or system GIS. processOtherEvent(Sim_event) - Method in class AllocPolicy Overrides this method when executing or scheduling newly-defined tags. processOtherEvent(Sim_event) - Method in class ARGridResource Processes other events or services related to Advanced Reservations. processOtherEvent(Sim_event) - Method in class Auctioneer Overrides this method when making a new and different type of auctioneer. processOtherEvent(Sim_event) - Method in class DoubleAuction Overrides this method when making a new and different policy. processOtherEvent(Sim_event) - Method in class OneSidedAuction Overrides this method when making a new and different policy. processOtherEvent(Sim_event) - Method in class DataGridResource Processes events or services that are available for this resource processOtherEvent(Sim_event) - Method in class AbstractRC Processes an incoming request that uses a user-defined tag. processOtherEvent(Sim_event) - Method in class DataGIS Processes an incoming request for registering a RC entity. processOtherEvent(Sim_event) - Method in class DataRegionalGIS Processes an incoming request related to a RC inquiry. processOtherEvent(Sim_event) - Method in class RegionalRC Processes an incoming request that uses a user-defined tag. processOtherEvent(Sim_event) - Method in class TopRegionalRC Processes an incoming request that uses a user-defined tag. processOtherEvent(Sim_event) - Method in class GridInformationService This method needs to override by a child class for processing other events. processOtherEvent(Sim_event) - Method in class GridResource Overrides this method when making a new and different type of resource. processOtherEvent(Sim_event) - Method in class AbstractGIS Process an incoming request that uses a user-defined tag. processOtherEvent(Sim_event) - Method in class RegionalGIS Process an incoming request that uses a user-defined tag. processOtherEvent(Sim_event) - Method in class ParallelResource Processes other events or services related to reservations. processOtherEvent(Sim_event) - Method in class ARConservativeBackfill Process and event sent to this entity processOtherEvent(Sim_event) - Method in class GridResourceWithFailure Overrides this method when making a new and different type of resource. processOtherEvent(Sim_event) - Method in class RegionalGISWithFailure Process an incoming request that uses a user-defined tag. processRegisterResource(Sim_event) - Method in class AbstractGIS Process a registration request from a resource entity to this regional GIS entity. processRegisterResource(Sim_event) - Method in class RegionalGIS Process a registration request from a resource entity to this regional GIS entity. processRegisterResource(Sim_event) - Method in class RegionalGISWithFailure Process a registration request from a resource entity to this regional GIS entity. processRegisterResourceAR(Sim_event) - Method in class AbstractGIS Process a registration request from a resource entity supporting Advanced Reservation to this regional GIS entity. processRegisterResourceAR(Sim_event) - Method in class RegionalGIS Process a registration request from a resource entity supporting Advanced Reservation to this regional GIS entity. processRegisterResourceAR(Sim_event) - Method in class RegionalGISWithFailure Process a registration request from a resource entity supporting Advanced Reservation to this regional GIS entity. processResourceARList(Sim_event) - Method in class AbstractGIS Process an incoming request from users about getting a list of resource IDs supporting Advanced Reservation, that are registered to this regional GIS entity. processResourceARList(Sim_event) - Method in class RegionalGIS Process an incoming request about getting a list of resource IDs supporting Advanced Reservation that are registered to this regional GIS entity. processResourceARList(Sim_event) - Method in class RegionalGISWithFailure Process an incoming request about getting a list of resource IDs supporting Advanced Reservation that are registered to this regional GIS entity. processResourceList(Sim_event) - Method in class AbstractGIS Process an incoming request from users about getting a list of resource IDs, that are registered to this regional GIS entity. processResourceList(Sim_event) - Method in class RegionalGIS Process an incoming request about getting a list of resource IDs that are registered to this regional GIS entity. processResourceList(Sim_event) - Method in class RegionalGISWithFailure Process an incoming request about getting a list of resource IDs that are registered to this regional GIS entity. Profile - Class in gridsim.parallel.profile This class represents the profile containing the ranges of PEs available at given simulation times. Profile() - Constructor for class Profile Protected constructor. Profile(LinkedTreeMap<Double, ProfileEntry>) - Constructor for class Profile Protected constructor used by the cloning operations. profile - Variable in class AggressiveBackfill profile - Variable in class AggressiveMultiPartitions profile - Variable in class ConservativeBackfill profile - Variable in class SelectiveBackfill Profile.Entry - Class in gridsim.parallel.profile This class is used to return an entry when the user calls one of the methods to query the availability of resources. Profile.Entry(double) - Constructor for class Profile.Entry Creates an entry with null ranges and the time given Profile.Entry(double, PERangeList) - Constructor for class Profile.Entry Creates an entry with the list of ranges and the time given ProfileEntry - Class in gridsim.parallel.profile The ProfileEntry class represents an entry in the availability profile. ProfileEntry(double) - Constructor for class ProfileEntry Creates a new instance of ProfileEntry put(K, V) - Method in class LinkedTreeMap Associates the specified value with the specified key in this map. putAll(Map<? extends K, ? extends V>) - Method in class LinkedTreeMap Copies all of the mappings from the specified map to this map. Q queryAvailability(ReservationMessage) - Method in interface ReservationPolicy A method that handles a query free time request. queryAvailability(ReservationMessage) - Method in class ARConservativeBackfill Handles a query free time request. queryBusyTime(int, long, long) - Method in class AdvanceReservation Querys to a resource regarding to list of busy time during a period of time. queryBusyTime(Integer, long, long) - Method in class AdvanceReservation Querys to a resource regarding to list of busy time during a period of time. queryFreeTime(Integer, long, long) - Method in class AdvanceReservation Querys to a resource regarding to list of free time during a period of time. queryFreeTime(int, long, long) - Method in class AdvanceReservation Querys to a resource regarding to list of free time during a period of time. queryFreeTime(double, int, int) - Method in class ReservationRequester Queries to a resource regarding to list of free time during a period of time. queryReservation(String) - Method in class AdvanceReservation Queries the overall status of a reservation. queryReservation(ReservationMessage) - Method in interface ReservationPolicy A method that handles a query reservation request. queryReservation(int) - Method in class ReservationRequester Queries the overall status of a reservation. queryReservation(ReservationMessage) - Method in class ARConservativeBackfill Handles a query reservation request. QUEUED - Static variable in class Gridlet The Gridlet has moved to a Grid node R random - Variable in class WorkloadLublin99 RateControlledRouter - Class in gridsim.net Use this router only in conjunction with an active packet scheduler, such as the RateControlledScheduler entity. RateControlledRouter(String) - Constructor for class RateControlledRouter Creates a new Router object. RateControlledRouter(String, boolean) - Constructor for class RateControlledRouter Creates a new Router object with logging facility if it is turned on. RateControlledScheduler - Class in gridsim.net RateControlledScheduler is an implementation of a rate-jitter controlling regulator. RateControlledScheduler(String, double, int) - Constructor for class RateControlledScheduler Creates a new RateControlled packet scheduler with the specified name and baud rate (in bits/s). RateControlledScheduler(String, int) - Constructor for class RateControlledScheduler Creates a new RateControlled packet scheduler with the specified name. RateControlledScheduler(String, double, int, int) - Constructor for class RateControlledScheduler Creates a new RateControlled packet scheduler with the specified name and baud rate (in bits/s). ratingPE - Variable in class AggressiveBackfill ratingPE - Variable in class AggressiveMultiPartitions ratingPE - Variable in class ConservativeBackfill ratingPE - Variable in class SelectiveBackfill rcID_ - Variable in class ReplicaManager ID of the Replica Catalogue entity readConfiguration(InputStream) - Method in class Logging Reinitialise the logging properties and reread the logging configuration from the given stream, which should be in Properties format. readTreeSet(int, ObjectInputStream, V) - Method in class LinkedTreeMap Intended to be called only from TreeSet.readObject READY - Static variable in class Gridlet The Gridlet has been assigned to a GridResource object as planned real(double, double, double, double) - Static method in class GridSimRandom Maps the predicted or estimated value to a random real-world number between (1 - lessFactor) * value and (1 + moreFactor) * value. realExec(double) - Static method in class GridSimRandom Gets the real number from the factors of Execution realIO(double) - Static method in class GridSimRandom Gets the real number from the factors of Network I/O realIO(double) - Method in class FlowInput Gets the I/O real number based on a given value realIO(double) - Method in class FlowOutput Gets the I/O real number based on a given value realIO(double) - Method in class FnbInput Gets the I/O real number based on a given value realIO(double) - Method in class FnbOutput Gets the I/O real number based on a given value realIO(double) - Method in class Input Gets the I/O real number based on a given value realIO(double) - Method in class Output Gets the I/O real number based on a given value receiveEventObject() - Method in class GridSim Gets an object belong to the first event CURRENTLY waiting in this entity's deferred queue (incoming buffer). receiveEventObject(Sim_port) - Method in class GridSim Gets an object belong to the first event CURRENTLY waiting in the given port. receiveFileDelivery(File) - Method in class SimpleReplicaManager A requested file has been delivered by another resource. receiveReplicaLocation(Sim_event) - Method in class SimpleReplicaManager A location of the file is returned from the RC. RECORD_STATISTICS - Static variable in class GridSimTags Denotes a request to record events for statistical purposes. recordStat(Stat) - Method in class GridStatistics Records the given statistics into a file recordStatistics(String, double) - Method in class GridSim Records statistics during the event recordStatistics(String, int) - Method in class GridSim Records statistics during the event recordStatistics(String, String) - Method in class GridSim Records statistics during the event recordStatistics(String, boolean) - Method in class GridSim Records statistics during the event RED - Class in gridsim.net.fnb This class implements the Random Early Detection (RED) policy for the management of netwrk buffers at routers. RED(String, double, int, double, double, double, double, boolean) - Constructor for class RED Creates a new SCFQ packet scheduler with the specified name and baud rate (in bits/sec). reduceTotalGridlet() - Method in class ARObject Reduces total Gridlet executed by this reservation by one. RegionalGIS - Class in gridsim.index RegionalGIS is a simple regional GridInformationService (GIS) entity that performs basic functionalities, such as storing a list of local resources, and asking other regional GIS entities for resources. RegionalGIS(String, Link) - Constructor for class RegionalGIS Creates a new regional GIS entity regionalGISName_ - Variable in class GridResource Regional GIS entity name regionalGISName_ - Variable in class GridResourceWithFailure Regional GIS entity name RegionalGISWithFailure - Class in gridsim.resFailure RegionalGISWithFailure is based on RegionalGIS, but with added failure functionalities. RegionalGISWithFailure(String, Link, DiscreteGenerator, DiscreteGenerator, DiscreteGenerator) - Constructor for class RegionalGISWithFailure Creates a new regional GIS entity RegionalGISWithFailure(String, Link, ContinuousGenerator, ContinuousGenerator, ContinuousGenerator) - Constructor for class RegionalGISWithFailure Creates a new regional GIS entity RegionalGISWithFailure(String, Link, Variate, Variate, Variate) - Constructor for class RegionalGISWithFailure Creates a new regional GIS entity RegionalRC - Class in gridsim.datagrid.index This class acts as a local RC and/or a leaf RC in a hierarchical model. RegionalRC(String, int, Sim_port) - Constructor for class RegionalRC Creates a new local Replica Catalogue (RC) entity. RegionalRC(String, Link) - Constructor for class RegionalRC Creates a new Replica Catalogue (RC) entity. REGISTER_LINK - Static variable in class GridSimTags Signal used by Entities to connect to Routers using a link. REGISTER_REGIONAL_GIS - Static variable in class GridSimTags Denotes a request to register a GridResource entity to a regional GridInformationService (GIS) entity REGISTER_REGIONAL_GIS - Static variable in class AbstractGIS Registers this regional GIS to the GridInformationService or system GIS. REGISTER_REPLICA_CTLG - Static variable in class DataGridTags Registers a Replica Catalogue (RC) entity to a Data GIS REGISTER_RESOURCE - Static variable in class GridSimTags Denotes a grid resource to be registered. REGISTER_RESOURCE - Static variable in class AbstractGIS Denotes a grid resource to be registered to this regional GIS entity. REGISTER_RESOURCE_AR - Static variable in class GridSimTags Denotes a grid resource, that can support advance reservation, to be registered. REGISTER_RESOURCE_AR - Static variable in class AbstractGIS Denotes a grid resource, that can support advance reservation, to be registered to this regional GIS entity. REGISTER_ROUTER - Static variable in class GridSimTags This is used by a router when it wants to connect with another router. registerAllMasterFiles() - Method in class ReplicaManager Registers all master files that are currently stored in the storage at the beginning of the simulatin registerAllMasterFiles() - Method in class SimpleReplicaManager Registers all files (as master files) present on the storage(s) when GridSim is started. registerFile(File) - Method in class ReplicaManager Registers a given file to the designated Replica Catalogue registerFile(String) - Method in class ReplicaManager Registers a given file to the designated Replica Catalogue registerOriginalFile(FileAttribute, int) - Method in class AbstractRC Register a file which is already stored in a resource before the start of simulation registerOriginalFile(FileAttribute, int) - Method in class RegionalRC Register a file which is already stored in a resource before the start of simulation registerOriginalFile(FileAttribute, int) - Method in class TopRegionalRC Register a file which is already stored in a resource before the start of simulation. registerOtherEntity() - Method in class DataGridResource Registers other entities when a simulation starts. registerOtherEntity() - Method in class AbstractRC Registers other information to a GIS entity. registerOtherEntity() - Method in class RegionalRC Registers other information to a GIS entity -- THIS METHOD IS EMPTY registerOtherEntity() - Method in class TopRegionalRC Registers other information to a GIS entity -- THIS METHOD IS EMPTY registerOtherEntity() - Method in class GridResource Overrides this method when making a new and different type of resource. registerOtherEntity() - Method in class AbstractGIS Registers other information to GridInformationService or system GIS. registerOtherEntity() - Method in class RegionalGIS Registers other information to GridInformationService or system GIS. NOTE: This method can be overridden by its subclasses, provided that they call this method first. registerOtherEntity() - Method in class Router Overrides this method when making a new type of router. registerOtherEntity() - Method in class GridResourceWithFailure Overrides this method when making a new and different type of resource. registerOtherEntity() - Method in class RegionalGISWithFailure Registers other information to GridInformationService or system GIS. NOTE: This method can be overridden by its subclasses, provided that they call this method first. remove(Object) - Method in class LinkedTreeMap Removes the mapping for this key from this TreeMap if present. remove(PERangeList) - Method in class PERangeList Removes the ranges provided from this list. removeFromSrcPktNum(int) - Method in class FnbInput Look for a especific source_pktNum object in the source_PktNum_array removeID(int) - Method in class FnbWhiteList Removes the given entity id from the white list. removePastEntries(double) - Method in class Profile Removes past entries from the availability profile, but keeps the entry corresponding to the reference time provided, or the entry preceding it if an entry with the provided time does not exist. removeUser(int) - Method in class ResourceUserList Removes a particular user from the list renameFile(File, String) - Method in class HarddriveStorage Renames a file on the storage. renameFile(File, String) - Method in interface Storage Renames a file on the storage. renameFile(File, String) - Method in class TapeStorage Renames a file on the storage. ReplicaManager - Class in gridsim.datagrid This is an abstract class which describes the basic functionality of a Replica Manager in a Data Grid. ReplicaManager(String, String) - Constructor for class ReplicaManager Creates a new Replica Manager object replicateFile(File, int) - Method in class DataGridUser Makes a replica of the given master file to another resource replyCancelReservation(int, int, int) - Method in class ARPolicy Sends a result of a cancel reservation request. replyCommitReservation(int, int, int) - Method in class ARPolicy Sends a result of a commit reservation request. replyCreateReservation(int, int, long, int) - Method in class ARPolicy Sends a result of a create reservation request. replyModifyReservation(int, int, int) - Method in class ARPolicy Sends a result of a modify reservation request. replyQueryReservation(int, int, int) - Method in class ARPolicy Sends a result of a query reservation request. replyTimeReservation(int, int, ArrayList, double) - Method in class ARPolicy Sends a result of a query busy or free time request. reportWriter_ - Variable in class Router An attribute that logs incoming and outgoing packets into a file. REQUEST_REGIONAL_GIS - Static variable in class GridSimTags Denotes a request to get a list of other regional GIS entities from the system GIS entity requestFromSystemGIS() - Method in class RegionalGIS Asks from GridInformationService or system GIS about a list of regional GIS entity ID. requestFromSystemGIS(int, List) - Method in class RegionalGIS Asks from GridInformationService or system GIS about a specific event or request. requestFromSystemGIS() - Method in class RegionalGISWithFailure Asks from GridInformationService or system GIS about a list of regional GIS entity ID. requestFromSystemGIS(int, List) - Method in class RegionalGISWithFailure Asks from GridInformationService or system GIS about a specific event or request. requiresFiles() - Method in class DataGridlet Checks whether this gridlet requires any files or not resCalendar_ - Variable in class AllocPolicy The GridResource Calendar, same as the one in GridResource class resCalendar_ - Variable in class GridResource a ResourceCalendar object resCalendar_ - Variable in class GridResourceWithFailure a ResourceCalendar object Reservation - Class in gridsim.parallel.reservation This class represents a reservation and its properties. Reservation(String) - Constructor for class Reservation Allocates a new Reservation object Reservation(int) - Constructor for class Reservation Allocates a new Reservation object ReservationMessage - Class in gridsim.parallel.reservation This class represents a single message exchanged between users and a resource providers to negotiate an advance reservation. ReservationMessage(int, int) - Constructor for class ReservationMessage Instantiates a new object. ReservationMessage(int) - Constructor for class ReservationMessage Instantiates a new object. ReservationMessage(int, Reservation) - Constructor for class ReservationMessage Instantiates a new object. ReservationMessage(int, int, Reservation) - Constructor for class ReservationMessage Instantiates a new object. ReservationPolicy - Interface in gridsim.parallel.reservation ReservationPolicy is an interface that defines the methods that an allocation policy needs to implement in order to have reservation functionalities. ReservationRequester - Class in gridsim.parallel.reservation This class represents an entity that makes advance reservation requests. ReservationRequester(String, double) - Constructor for class ReservationRequester Allocates a new object. ReservationRequester(String, Link) - Constructor for class ReservationRequester Allocates a new object. ReservationStatus - Enum in gridsim.parallel.reservation Enumerator that represents the possible status of an advance reservation reserveSpace(int) - Method in class HarddriveStorage Makes a reservation of the space on the storage to store a file. reserveSpace(int) - Method in interface Storage Makes a reservation of the space on the storage to store a file. reserveSpace(int) - Method in class TapeStorage Makes a reservation of the space on the storage to store a file. resetCounterDroppedPkts() - Method in class FnbSCFQScheduler Resets the DROPPED_PKTS_COUNTER resetFreePERanges() - Method in class ResourceDynamics This method resets the ranges of PEs available. resetFreePERanges(PERangeList) - Method in class ResourceDynamics Resets the ranges of PEs available and sets it to the list provided ResGridlet - Class in gridsim GridSim ResGridlet represents a Gridlet submitted to GridResource for processing. ResGridlet(Gridlet) - Constructor for class ResGridlet Allocates a new ResGridlet object upon the arrival of a Gridlet object. ResGridlet(Gridlet, long, int, int) - Constructor for class ResGridlet Allocates a new ResGridlet object upon the arrival of a Gridlet object. ResGridletList - Class in gridsim GridSim ResGridletList maintains a linked-list of Gridlet ResGridletList() - Constructor for class ResGridletList resId_ - Variable in class AllocPolicy This GridResource ID resIdObj_ - Variable in class ReplicaManager ID of the DataGridResource entity (in Integer object) resName_ - Variable in class AllocPolicy This GridResource name resource_ - Variable in class AllocPolicy The GridResource characteristics object, same as the one in GridResource class resource_ - Variable in class GridResource Characteristics of this resource resource_ - Variable in class GridResourceWithFailure Characteristics of this resource RESOURCE_AR_LIST - Static variable in class GridSimTags Denotes a list of resources that only support advance reservation. RESOURCE_CHARACTERISTICS - Static variable in class GridSimTags Denotes grid resource characteristics information. RESOURCE_DYNAMICS - Static variable in class GridSimTags Denotes grid resource allocation policy. RESOURCE_LIST - Static variable in class GridSimTags Denotes a list of all resources, including the ones that can support advance reservation. RESOURCE_NUM_FREE_PE - Static variable in class GridSimTags Denotes a request to get the total number of free Processing Elements (PEs) of a resource. RESOURCE_NUM_MACHINES - Static variable in class GridSimTags Denotes a request to get the total number of machines of a resource. RESOURCE_NUM_PE - Static variable in class GridSimTags Denotes a request to get the total number of Processing Elements (PEs) of a resource. ResourceCalendar - Class in gridsim GridSim ResourceCalendar class implements a mechanism to support modeling a local load on Grid resources that may vary according to the time zone, time, weekends and holidays. ResourceCalendar(double, double, double, double, LinkedList, LinkedList, long) - Constructor for class ResourceCalendar Allocates a new ResourceCalendar object with a default daily regular load. ResourceCalendar(double[], double, double, double, double, LinkedList, LinkedList, long) - Constructor for class ResourceCalendar Allocates a new ResourceCalendar object with a pre-defined daily regular load ResourceCharacteristics - Class in gridsim GridSim ResourceCharacteristics class represents static properties of a resource such as resource architecture, Operating System (OS), management policy (time- or space-shared), cost and time zone at which the resource is located along resource configuration. ResourceCharacteristics(String, String, MachineList, int, double, double) - Constructor for class ResourceCharacteristics Allocates a new ResourceCharacteristics object. ResourceDynamics - Class in gridsim.parallel GridSim ResourceDynamics class represents static properties of a resource such as resource architecture, Operating System (OS), management policy (time-shared, space-shared, parallel-space-shared and parallel-space-shared with advance reservations), cost and time zone at which the resource is located along resource configuration. ResourceDynamics(String, String, MachineList, int, double, double) - Constructor for class ResourceDynamics Allocates a new ResourceDynamics object. ResourceDynamics(ResourceCharacteristics) - Constructor for class ResourceDynamics Allocates a new ResourceDynamics object. resourceID_ - Variable in class AbstractRC A resource ID that hosts this RC entity (if applicable) resourceID_ - Variable in class ReplicaManager ID of the DataGridResource entity ResourcePartition - Class in gridsim.parallel.profile This class represents a resource partition for a multiple-partition based availability profile. ResourcePartition(int, int, PartitionPredicate) - Constructor for class ResourcePartition Creates a new ResourcePartition object. resourceSupportAR(Integer) - Method in class GridInformationService Checks whether a given resource ID supports Advanced Reservations or not resourceSupportAR(int) - Method in class GridInformationService Checks whether a given resource ID supports Advanced Reservations or not resourceSupportAR(int) - Static method in class GridSim Checks whether a particular resource supports Advanced Reservation functionalities or not. resourceSupportAR(Integer) - Static method in class GridSim Checks whether a particular resource supports Advanced Reservation functionalities or not. ResourceUserList - Class in gridsim GridSim ResourceUserList maintains a linked-list of Grid Resource users ResourceUserList() - Constructor for class ResourceUserList ResourceWindow - Class in gridsim.parallel.gui ResourceWindow class represents the window that shows the scheduling queue of a given resource allocation policy. ResourceWindow(GridResource, int, int) - Constructor for class ResourceWindow Creates the scheduling window. ResourceWindow.FrameResizer - Class in gridsim.parallel.gui Class responsible for resizing the two main panels that compose the resource window interface ResourceWindow.FrameResizer() - Constructor for class ResourceWindow.FrameResizer ResourceWindow.GraphPanel - Class in gridsim.parallel.gui The panel inside the scroll pane where the jobs are shown. ResourceWindow.GraphPanel() - Constructor for class ResourceWindow.GraphPanel ResourceWindow.ItemPanel - Class in gridsim.parallel.gui This class corresponds to the panel that contains information about the ScheduleItems (i.e. ResourceWindow.ItemPanel() - Constructor for class ResourceWindow.ItemPanel Responder - Interface in gridsim.auction This interface must be implemented by the class responsible for defining the other side of an auction (ie. RESUMED - Static variable in class Gridlet The Gridlet has been resumed from PAUSED state. resumeSimulation() - Static method in class GridSim Resumes the simulation. RETURN_ACC_STATISTICS_BY_CATEGORY - Static variable in class GridSimTags Denotes a request to send an Accumulator object based on category into an event scheduler. RETURN_AR_CANCEL - Static variable in class GridSimTags Denotes a return tag from GridResource to User entity for sending the result of cancelling a reservation RETURN_AR_COMMIT - Static variable in class GridSimTags Denotes a return tag from GridResource to User entity for sending the result of committing a reservation back. RETURN_AR_CREATE - Static variable in class GridSimTags Denotes a return tag from GridResource to User entity for sending the result of requesting or creating a new reservation RETURN_AR_MODIFY - Static variable in class GridSimTags Denotes a return tag from GridResource to User entity for sending the result of modifying a reservation RETURN_AR_QUERY_STATUS - Static variable in class GridSimTags Denotes a return tag from GridResource to User entity for sending the result of a reservation status RETURN_AR_QUERY_TIME - Static variable in class GridSimTags Denotes a return tag from GridResource to User entity for sending the result of query free or busy time of a reservation RETURN_STAT_LIST - Static variable in class GridSimTags Denotes a request to get a statistical list. returnAccStatByCategory(Sim_event) - Method in class GridStatistics Sends an Accumulator object based on category into an event scheduler. returnJob - Variable in class AggressiveMultiPartitions REVERSE_DUTCH_AUCTION - Static variable in class AuctionTags This code is used by Reverse Dutch auctions REVERSE_ENGLISH_AUCTION - Static variable in class AuctionTags This code is used by Reverse English auctions REVERSE_FIRST_PRICE_SEALED_AUCTION - Static variable in class AuctionTags This code is used by Reverse First-Price Sealed Bid auctions ReverseDutchAuction - Class in gridsim.auction This class represents a Reverse Dutch Auction. ReverseDutchAuction(String, int, double, int, Sim_port) - Constructor for class ReverseDutchAuction Constructor ReverseDutchAuction(String, double, int) - Constructor for class ReverseDutchAuction Constructor ReverseEnglishAuction - Class in gridsim.auction This class represents a Reverse English Auction. ReverseEnglishAuction(String, int, double, int, Sim_port) - Constructor for class ReverseEnglishAuction Constructor ReverseEnglishAuction(String, double, int) - Constructor for class ReverseEnglishAuction Constructor ReverseFirstPriceSealedBidAuction - Class in gridsim.auction This class represents a Reverse First-Price Sealed Bid auction. ReverseFirstPriceSealedBidAuction(String, int, double, Sim_port) - Constructor for class ReverseFirstPriceSealedBidAuction ReverseFirstPriceSealedBidAuction(String, double) - Constructor for class ReverseFirstPriceSealedBidAuction ReverseFirstPriceSealedBidAuction.OrderPrice - Class in gridsim.auction ReverseFirstPriceSealedBidAuction.OrderPrice() - Constructor for class ReverseFirstPriceSealedBidAuction.OrderPrice Default constructor right - Variable in class LinkedTreeMap.Entry RIPAdPack - Class in gridsim.net This class is used to send link state advertisements to other routers. RIPAdPack(String, Collection) - Constructor for class RIPAdPack Allocates a new object RIPRouter - Class in gridsim.net This class implements a Router using a form of RIP for routing. RIPRouter(String) - Constructor for class RIPRouter Creates a new RIPRouter object. RIPRouter(String, boolean) - Constructor for class RIPRouter Creates a new RIPRouter object with logging facility if it is turned on. Router - Class in gridsim.net This class implements a Router which forwards data from one entity to another. Router(String) - Constructor for class Router Creates a new RIPRouter object. Router(String, boolean) - Constructor for class Router Creates a new Router object with logging facility if it is turned on. ROUTER_AD - Static variable in class GridSimTags This is used by Routers to send route advertisements. runningJobs - Variable in class AggressiveBackfill runningJobs - Variable in class AggressiveMultiPartitions runningJobs - Variable in class ConservativeBackfill runningJobs - Variable in class SelectiveBackfill RuntimePredicate - Class in gridsim.parallel.scheduler This predicate filters jobs according to their runtime RuntimePredicate(int, int, int) - Constructor for class RuntimePredicate Default constructor S sample() - Method in class Poisson Generate a new random number. sample(Sim_random_obj, double) - Static method in class Poisson Generate a new random number. SCFQScheduler - Class in gridsim.net SCFQScheduler implements a Self Clocked Fair Queueing Scheduler. SCFQScheduler(String, double) - Constructor for class SCFQScheduler Creates a new SCFQ packet scheduler with the specified name and baud rate (in bits/s). SCFQScheduler(double) - Constructor for class SCFQScheduler Creates a new SCFQ packet scheduler with the specified baud rate (bits/s). SCFQScheduler(String) - Constructor for class SCFQScheduler Creates a new SCFQ packet scheduler with the specified name. SCFQScheduler() - Constructor for class SCFQScheduler Creates a new packet scheduler with the name "SCFQScheduler". SCHEDULE_NOW - Static variable in class GridSimTags Schedules an entity without any delay scheduleGridlet(SSGridlet) - Method in class AggressiveMultiPartitions Tries to schedule a job. scheduleGridlet(SSGridlet) - Method in class SelectiveBackfill Enqueues a job. ScheduleItem - Interface in gridsim.parallel.profile ScheduleItem represents an item that can be put in a scheduling queue. SCHEDULER_DEQUE - Static variable in class GridSimTags Denotes that this packet will be sent by a packet scheduler to a router for dequeing. SCHEDULER_ENQUE - Static variable in class GridSimTags Denotes that this packet will be sent to a packet scheduler by a router for enqueing. scheduleToBeSent(double) - Method in class Message The message can be scheduled to be sent at a given time. searchReservation(Collection, int) - Method in class ARPolicy Search for a particular reservation in a data structure SelectiveBackfill - Class in gridsim.parallel.scheduler This scheduling strategy is the implementation of the backfilling based scheduler describe in the following paper: SelectiveBackfill(String, String) - Constructor for class SelectiveBackfill Allocates a new SelectiveBackfill object SelectiveBackfill.JobCategory - Class in gridsim.parallel.scheduler SelectiveBackfill.JobCategory(PartitionPredicate) - Constructor for class SelectiveBackfill.JobCategory selectPERangeList(int) - Method in class ServerReservation Selects a range of PEs to be used by a job that arrived to use this advance reservation selectPEs(int) - Method in class PERangeList Selects a range to be used by a Gridlet. send(String, double, int) - Method in class GridSimCore Sends an event/message to another entity by delaying the simulation time from the current time, with a tag representing the event type. send(String, double, int, Object) - Method in class GridSimCore Sends an event/message to another entity by delaying the simulation time from the current time, with a tag representing the event type. send(int, double, int) - Method in class GridSimCore Sends an event/message to another entity by delaying the simulation time from the current time, with a tag representing the event type. send(int, double, int, Object) - Method in class GridSimCore Sends an event/message to another entity by delaying the simulation time from the current time, with a tag representing the event type. send(Sim_port, double, int) - Method in class GridSimCore Sends an event/message to another entity by delaying the simulation time from the current time, with a tag representing the event type. send(Sim_port, double, int, Object) - Method in class GridSimCore Sends an event/message to another entity by delaying the simulation time from the current time, with a tag representing the event type. SEND_ALL - Static variable in class TrafficGenerator Sends junk packets to all entities at one time, including resources and/or users SEND_AR_CANCEL - Static variable in class GridSimTags Cancels an existing reservation. SEND_AR_COMMIT_ONLY - Static variable in class GridSimTags Commits a reservation without any Gridlets attached. SEND_AR_COMMIT_WITH_GRIDLET - Static variable in class GridSimTags Commits a reservation with one or more Gridlets attached. SEND_AR_CREATE - Static variable in class GridSimTags Requests for a new advanced reservation. SEND_AR_CREATE_IMMEDIATE - Static variable in class GridSimTags Requests for a new immediate reservation. SEND_AR_LIST_BUSY_TIME - Static variable in class GridSimTags Requests a list of busy time of a resource. SEND_AR_LIST_FREE_TIME - Static variable in class GridSimTags Requests a list of free or empty time of a resource. SEND_AR_MODIFY - Static variable in class GridSimTags Modifies an existing reservation. SEND_AR_QUERY - Static variable in class GridSimTags Queries the current status of a reservation. SEND_ONE_ONLY - Static variable in class TrafficGenerator Sends junk packets to one of the entities at one time using a normal distribution from java.util.Random.nextInt(int) SEND_PACKET - Static variable in class GridSimTags This tag is used by Output class to time its packet sendings. sendAck(int, boolean, int, int) - Method in class AllocPolicy Sends an acknowledgement to the sender. sendCancelGridlet(int, Gridlet, int, int) - Method in class AllocPolicy Sends the canceled Gridlet back to sender. sendFinishGridlet(Gridlet) - Method in class AllocPolicy Sends the completed Gridlet back to sender or Gridlet's user ID sendInitialEvent() - Method in class FnbRIPRouter Sends an initial event to itself regarding to the ARED parameters. sendInitialEvent() - Method in class Router Overrides this method when sending initial event(s) to itself or others BEFORE receiving incoming events from other entities. sendInternalEvent(double) - Method in class AllocPolicy Sends an internal event to itself sendInternalEvent(double, int) - Method in class AllocPolicy Sends an internal event to itself with a certain tag sendListToSender(int, int, List) - Method in class RegionalGIS Sends a list to sender sendListToSender(int, int, List) - Method in class RegionalGISWithFailure Sends a list to sender sendReservationMessage(ReservationMessage) - Method in class ReservationRequester Sends a reservation message and waits for a response. SERIAL_PROB - Static variable in class WorkloadLublin99 SERIAL_PROB_ACTIVE - Static variable in class WorkloadLublin99 The default proportion of interactive serial jobs SERIAL_PROB_BATCH - Static variable in class WorkloadLublin99 The default proportion of batch serial jobs ServerReservation - Class in gridsim.parallel.reservation This class represents a reservation on the resource side (Server Side). ServerReservation(Reservation) - Constructor for class ServerReservation Creates a new ServerReservation object. set_seed(long) - Method in class Poisson Set the random number generator's seed. setActionType(ActionType) - Method in class AllocationAction Sets the type of allocation action setActualFinishTime(double) - Method in class SSGridlet Sets the actual finish time for this Gridlet. setAllFactors(double, double, double, double) - Static method in class GridSimRandom Sets the Network I/O and execution values setAllowBorrowing(boolean) - Method in class AggressiveMultiPartitions Indicates whether the borrowing of resources of the partitions from one another is allowed or not. setAttribute(Object, Object) - Method in class Auction Sets an attribute to this auction. setAttribute(Object, Object) - Method in class Message Sets an attribute to the message. setAttributes(Hashtable) - Method in class Message setAuctioneer(int) - Method in class MessageCallForBids Sets the auctioneer or source of the CFP setAuctioneer(int) - Method in class MessageInformOutcome Sets the auctioneer that sent the message setAuctioneer(int) - Method in class MessageInformStart Sets the auctioneer or source of this message setAuctioneerID(int) - Method in class Auction Sets the id of the auctioneer responsible for this auction setAuctionID(int) - Method in class Auction Sets the auction's ID manually setAuctionID(int) - Method in class Message Sets the auction ID of this message setAuctionProtocol(int) - Method in class Auction Sets the auction protocol used by the auction setAvailability(boolean) - Method in class AvailabilityInfo Sets the resource availability setAvailRanges(int, PERangeList) - Method in class PartProfileEntry Sets the ranges of PEs available at this entry setAvailRanges(PERangeList) - Method in class SingleProfileEntry Sets the ranges of PEs available at this entry setAvgSeekTime(double) - Method in class HarddriveStorage Sets the average seek time of the storage in seconds. setAvgSeekTime(double, ContinuousGenerator) - Method in class HarddriveStorage Sets the average seek time and a new generator of seek times in seconds. setBackgroundTraffic(TrafficGenerator) - Method in class GridSimCore Sets the background traffic generator for this entity. setBackgroundTraffic(TrafficGenerator, Collection) - Method in class GridSimCore Sets the background traffic generator for this entity. setBackgroundTraffic(TrafficGenerator, Collection) - Method in class FlowInput This is an empty method and only applicable to FlowOutput class. setBackgroundTraffic(TrafficGenerator) - Method in class FlowInput This is an empty method and only applicable to Output class. setBackgroundTraffic(TrafficGenerator) - Method in class FlowOutput Sets the background traffic generator for this entity. setBackgroundTraffic(TrafficGenerator, Collection) - Method in class FlowOutput Sets the background traffic generator for this entity. setBackgroundTraffic(TrafficGenerator, Collection) - Method in class FnbInput This is an empty method and only applicable to Output class. setBackgroundTraffic(TrafficGenerator) - Method in class FnbInput This is an empty method and only applicable to Output class. setBackgroundTraffic(TrafficGenerator) - Method in class FnbOutput Sets the background traffic generator for this entity. setBackgroundTraffic(TrafficGenerator, Collection) - Method in class FnbOutput Sets the background traffic generator for this entity. setBackgroundTraffic(TrafficGenerator, Collection) - Method in class Input This is an empty method and only applicable to Output class. setBackgroundTraffic(TrafficGenerator) - Method in class Input This is an empty method and only applicable to Output class. setBackgroundTraffic(TrafficGenerator) - Method in interface NetIO Sets the background traffic generator for Output entity only. setBackgroundTraffic(TrafficGenerator, Collection) - Method in interface NetIO Sets the background traffic generator for Output entity only. setBackgroundTraffic(TrafficGenerator) - Method in class Output Sets the background traffic generator for this entity. setBackgroundTraffic(TrafficGenerator, Collection) - Method in class Output Sets the background traffic generator for this entity. setBandwidth(double) - Method in class FlowPacket Sets the current bottleneck bandwidth of this flow. setBaudRate(double) - Method in class FIFOScheduler Sets the baud rate that this scheduler will be sending packets at. setBaudRate(double) - Method in class ARED Sets the baud rate that this scheduler will be sending packets at. setBaudRate(double) - Method in class FIFO Sets the baud rate that this scheduler will be sending packets at. setBaudRate(double) - Method in class RED Sets the baud rate that this scheduler will be sending packets at. setBaudRate(double) - Method in interface PacketScheduler Sets the baud rate that this scheduler will be sending packets at. setBaudRate(double) - Method in class RateControlledScheduler Sets the baud rate that this scheduler will be sending packets at. setBaudRate(double) - Method in class SCFQScheduler Sets the baud rate that this scheduler will be sending packets at. setBaudRateSCFQ(double) - Method in class FnbSCFQScheduler Sets the baud rate that this scheduler will be sending packets at. setBegin(int) - Method in class PERange Sets the beginning of the range setBidder(int) - Method in class MessageBid Set the bidder or source of this bid setBidder(int) - Method in class MessageRejectCallForBid Sets the bidder's ID or source of the message setBidders(LinkedList) - Method in class Auction Sets a list of the bidders associated with this auction setBottleneckID(int) - Method in class FlowPacket Sets the FlowLink ID of the bottleneck of this flow param bottleneckID the ID of the bottleneck FlowLink setChecksum(int) - Method in class File Sets the checksum of this file setChecksum(int) - Method in class FileAttribute Sets the checksum of this file setClassType(int) - Method in class Gridlet Sets the classType or priority of this Gridlet for scheduling on a resource. setClasstype(int) - Method in class FnbEndToEndPath Sets the network service level (or classtype) for a connection. setComment(String) - Method in class WorkloadFileReader Identifies the start of a comment line. setComment(String) - Method in class Workload Identifies the start of a comment line. setCommitted() - Method in class ARObject Sets this object into a committed state. setCost(double) - Method in class File Sets the cost associated with this file setCost(double) - Method in class FileAttribute Sets the cost associated with this file setCostPerSec(double) - Method in class ResourceCharacteristics Sets the cost per second associated with a resource setCreationTime(long) - Method in class FileAttribute Sets the file creation time (in millisecond) setCurrentPrice(double) - Method in class OneSidedAuction Sets the current price in the auction setData(Object) - Method in class FlowPacket Modifies the data encapsulated in this FlowPacket. setData(Object) - Method in class FnbNetPacket Modifies the data encapsulated in this packet. setData(Object) - Method in class NetPacket Modifies the data encapsulated in this NetPacket. setDest(int) - Method in class FnbEndToEndPath Sets the destination id for a connection. setDestID(int) - Method in class FlowPacket Sets the destination id of this flow packet setDestID(int) - Method in class FnbNetPacket Sets the destination id of this packet setDestID(int) - Method in class InfoPacket Sets the destination ID for this packet setDestID(int) - Method in class NetPacket Sets the destination id of this packet setDestinationID(int) - Method in class Message Sets the the GridSim entity that is the recipient of this message setDestinationID(int) - Method in class ReservationMessage Sets the destination's id setDurationTime(int) - Method in class ARObject Sets the duration time (unit in seconds) for this reservation. setDurationTime(int) - Method in class Reservation Sets the duration time (unit in seconds) for this reservation. setDurationTime(int) - Method in class ServerReservation Sets the duration time (unit in seconds) for this reservation. setEnd(int) - Method in class PERange Sets the end of the PE range setEndSimulation() - Method in class AllocPolicy Sets the end of simulation for this entity. setEntityID(int) - Method in interface FnbMessage Sets an entity ID that is being dropped in the network. setEntityID(int) - Method in class FnbMessageDropFile Sets a file ID that is being dropped in the network. setEntityID(int) - Method in class FnbMessageDropGridlet Sets a gridlet ID that is being dropped in the network. setErrorCode(ErrorType) - Method in class ReservationMessage Sets the error code of this message setExecParam(double, double) - Method in class Gridlet Sets this Gridlet's execution parameters. setExecParam(double, double) - Method in class ResGridlet Sets this Gridlet's execution parameters. setExecStartTime(double) - Method in class Gridlet Sets the execution start time of this Gridlet inside a GridResource. setExpectedFinishTime(double) - Method in class SSGridlet Sets the item's expected finish time. setExpiryTime(double) - Method in class ServerReservation Sets a reservation expiry time. setFailed(String, boolean) - Method in class Machine Sets the PEs of this machine to a FAILED status. setFailed(boolean) - Method in class Machine Sets the PEs of this machine to a FAILED status. setFailureGenerator(DiscreteGenerator, DiscreteGenerator, DiscreteGenerator) - Method in class RegionalGISWithFailure Sets failure generators for this entity. setFailureGenerator(ContinuousGenerator, ContinuousGenerator, ContinuousGenerator) - Method in class RegionalGISWithFailure Sets failure generators for this entity. setFailureGenerator(Variate, Variate, Variate) - Method in class RegionalGISWithFailure Sets failure generators for this entity. setField(int, int, int, int, int) - Method in class WorkloadFileReader Tells this class what to look in the trace file. setField(int, int, int, int, int) - Method in class Workload Tells this class what to look in the trace file. setFileID(int) - Method in class firstLastPacketsGridlet Deprecated. Sets the file id. setFileID(int) - Method in class GridletPackets Sets the file id. setFilename(String) - Method in class FnbMessageDropFile Sets a filename that is being dropped in the network. setFileSize(int) - Method in class File Sets the file size (in MBytes) setFileSize(int) - Method in class FileAttribute Sets the file size (in MBytes) setFinalPrice(double) - Method in class OneSidedAuction Sets the final price achieved in the auction setFinishTime(double) - Method in class TimeSlot Sets the finish time of the time slot setFinishTime(double) - Method in class ResGridlet Sets the finish time for this Gridlet. setFirstPacketID(int) - Method in class firstLastPacketsGridlet Deprecated. Sets the id of the first packet. setFirstPacketID(int) - Method in class GridletPackets Sets the id of the first packet. setGIS(GridInformationService) - Static method in class GridSim Sets a GridInformationService (GIS) entity. setGridletFileSize(int) - Method in class WorkloadFileReader Sets a Gridlet file size (in byte) for sending to/from a resource. setGridletFileSize(int) - Method in class WorkloadLublin99 Sets a Gridlet file size (in byte) for sending to/from a resource. setGridletFileSize(int) - Method in class Workload Sets a Gridlet file size (in byte) for sending to/from a resource. setGridletFinishedSoFar(double) - Method in class Gridlet Sets the length of this Gridlet that has been executed so far. setGridletID(int) - Method in class firstLastPacketsGridlet Deprecated. Sets the gridlet id. setGridletID(int) - Method in class GridletPackets Sets the gridlet id. setGridletID(int) - Method in class source_pktNum Sets the gridlet id setGridletLength(double) - Method in class Gridlet Sets the length or size (in MI) of this Gridlet to be executed in a GridResource. setGridletsFailed() - Method in interface AllocPolicyWithFailure Sets the status of all Gridlets in this resource to FAILED. setGridletsFailed(int) - Method in interface AllocPolicyWithFailure Sets the status of all Gridlets in this machine to FAILED. setGridletsFailed() - Method in class SpaceSharedWithFailure Sets the status of all Gridlets in this resource to FAILED. setGridletsFailed(int) - Method in class SpaceSharedWithFailure Sets the status of all Gridlets in this machine to FAILED. setGridletsFailed() - Method in class TimeSharedWithFailure Sets the status of all Gridlets in this resource to FAILED. setGridletsFailed(int) - Method in class TimeSharedWithFailure This method is empty because it is not required by this policy. setGridletStatus(int) - Method in class Gridlet Sets the status code of this Gridlet setGridletStatus(int) - Method in class ResGridlet Sets the Gridlet status. setHigherLevelRCid(int) - Method in class RegionalRC Sets the ID of the Replica Catalogue that is the parent of this catalogue in the hierarchy. setHigherReplicaCatalogue(String) - Method in class DataGridResource Sets the RC name that is located outside this resource. setHopCount(int) - Method in class FloodAdPack Sets the hopcount setHopCount(int) - Method in class RIPAdPack Sets the hopcount setInterArrivalTimeParameters(int, double, double, double, double, double) - Method in class WorkloadLublin99 Sets the parameters for the inter-arrival time. setJobOrderingHeuristic(Comparator<SSGridlet>) - Method in class AggressiveBackfill Sets the heuristic used to order the jobs considered for backfilling or when a cancellation takes place setJobOrderingHeuristic(Comparator<SSGridlet>) - Method in class AggressiveMultiPartitions Sets the heuristic used to order the jobs considered for backfilling setJobOrderingHeuristic(Comparator<SSGridlet>) - Method in class ConservativeBackfill Sets the heuristic used to order the jobs considered for backfilling or when a cancellation takes place setJobOrderingHeuristic(Comparator<SSGridlet>) - Method in class SelectiveBackfill Sets the heuristic used to order the jobs considered for backfilling or when a cancellation takes place setLast(int) - Method in interface Flow Sets an entity ID from the last hop that this packet has traversed. setLast(int) - Method in class FlowPacket Sets the last hop that this FlowPacket traversed. setLast(int) - Method in class FnbDroppedUserObject Sets an entity ID from the last hop that this packet has traversed. Note that this method is not used. setLast(int) - Method in class FnbNetPacket Sets the last hop that this NetPacket traversed. setLast(int) - Method in class InfoPacket Sets an entity ID from the last hop that this packet has traversed. setLast(int) - Method in class NetPacket Sets the last hop that this NetPacket traversed. setLast(int) - Method in interface Packet Sets an entity ID from the last hop that this packet has traversed. setLastPacketID(int) - Method in class firstLastPacketsGridlet Deprecated. Sets the id of the last packet. setLastPacketID(int) - Method in class GridletPackets Sets the id of the last packet. setLatency(double) - Method in class HarddriveStorage Sets the latency of this harddrive in seconds. setLatency(double) - Method in class FlowPacket Sets the current latency over the path from source to dest. setLessFactorExec(double) - Static method in class GridSimRandom Sets the less factor of Execution setLessFactorIO(double) - Static method in class GridSimRandom Sets the less factor of Network I/O setLevel(Level) - Static method in class Logging Sets the logging level for all default loggers. setMachineAndPEID(int, int) - Method in class ResGridlet Sets the machine and PE (Processing Element) ID setMasterCopy(boolean) - Method in class File Marks this file as a master copy or replica setMasterCopy(boolean) - Method in class FileAttribute Marks this file as a master copy or replica setMaxBufferSize(int) - Method in class FnbSCFQScheduler This function sets the maximum buffer size setMaximumWorkloadDuration(double) - Method in class WorkloadLublin99 Sets the maximum time duration of the workload. setMaxP(double) - Method in class RED Updates the value of MAX_P setMaxPrice(double) - Method in class OneSidedAuction Sets the maximum price for the auction setMaxTh(double) - Method in class RED Updates the value of MAX_TH setMaxTransferRate(int) - Method in class HarddriveStorage Sets the maximum transfer rate of this storage system in MB/sec. setMaxTransferRate(int) - Method in interface Storage Sets the maximum transfer rate of this storage system in MByte/sec. setMaxTransferRate(int) - Method in class TapeStorage Sets the maximum transfer rate of this storage system in MB/sec. setMessageID(int) - Method in class Message Sets the message ID setMessageType(MessageType) - Method in class ReservationMessage Sets the message type setMinPrice(double) - Method in class OneSidedAuction Sets the minimum price for the auction setMinTh(double) - Method in class RED Updates the value of MIN_TH setMIPSRating(int) - Method in class PE Sets the MIPS Rating of this PE setMoreFactorExec(double) - Static method in class GridSimRandom Sets the more factor of Execution setMoreFactorIO(double) - Static method in class GridSimRandom Sets the more factor of Network I/O setName(String) - Method in class File Sets the file name setName(String) - Method in class FileAttribute Sets the file name setNetServiceLevel(int) - Method in class Gridlet Sets the network service level for sending this gridlet over a network setNetServiceType(int) - Method in interface Flow Sets the network service type of this flow. setNetServiceType(int) - Method in class FlowPacket Sets the network class type of this flow packet, so that it can receive differentiated services. setNetServiceType(int) - Method in class FnbDroppedUserObject Sets the network service type of this packet. Note that this method is not used. setNetServiceType(int) - Method in class FnbNetPacket Sets the network class type of this packet, so that it can receive differentiated services. setNetServiceType(int) - Method in class InfoPacket Sets the network service type of this packet setNetServiceType(int) - Method in class NetPacket Sets the network class type of this packet, so that it can receive differentiated services. setNetServiceType(int) - Method in interface Packet Sets the network service type of this packet. setNumJobs(int) - Method in class WorkloadLublin99 Sets the maximum number of jobs to be generated by this workload model setNumMachines(int) - Method in class FailureMsg This method sets the numMachines attribute of the ResourceFailure object setNumOfPacket(int) - Method in class source_pktNum Sets the number of packets setNumPE(int) - Method in class ARObject Sets the number of PEs (Processing Elements) required by this reservation setNumPE(int) - Method in class Gridlet Sets the number of PEs required to run this Gridlet. setNumPE(int) - Method in class Reservation Sets the number of PEs (Processing Elements) required by this reservation setObjectID(int) - Method in class FnbEndToEndPath Sets the gridlet/file id of a connection. setOriginalPingSize(long) - Method in class InfoPacket Sets original size of ping request setOutputPort(Sim_port) - Method in class Auction Sets the output port to be used by this auction. setOwnerName(String) - Method in class File Sets the owner name of this file setOwnerName(String) - Method in class FileAttribute Sets the owner name of this file setPacketSize(ContinuousGenerator) - Method in class TrafficGenerator Sets the size of each junk packet using a continuous distribution setPacketSize(DiscreteGenerator) - Method in class TrafficGenerator Sets the size of each junk packet using a discrete distribution setParallelJobProbabilities(int, double, double, double, double) - Method in class WorkloadLublin99 Sets the parameters for the two-stage-uniform which is used to calculate the number of nodes for parallel jobs. setPartitionID(int) - Method in class ServerReservation Sets the id of the partition or queue to which this reservation was scheduled setPartitionID(int) - Method in class SSGridlet Sets the id of the partition or queue to which this gridlet was scheduled setPath(FnbEndToEndPath) - Method in class FnbNetPacket Establishes the end to end path to another entity setPattern(int) - Method in class TrafficGenerator Sets the sending packet pattern if one or more entities are known. setPERangeList(PERangeList) - Method in class ServerReservation Sets the ranges of PEs used by this reservation setPERangeList(PERangeList) - Method in class SSGridlet Sets the ranges of PEs used by this Gridlet setPERanges(PERangeList) - Method in class TimeSlot Sets the ranges of the time slot setPEsAvailable(PERangeList) - Method in class ResourceDynamics Sets the status of a list of ranges of PEs to available setPEsBusy(PERangeList) - Method in class ResourceDynamics Sets the status of a list of ranges of PEs to busy setPower2Probability(int, double) - Method in class WorkloadLublin99 Sets the probability for power of two jobs setPrice(double) - Method in class MessageAsk Sets the price of this ask setPrice(double) - Method in class MessageBid Sets the price offered in the bid setPrice(float) - Method in class MessageCallForBids Sets the price of the CFP setPrice(float) - Method in class MessageInformOutcome Sets the price of the outcome setPrice(double) - Method in class ReservationMessage Sets the price negotiated setPriority(int) - Method in class ServerReservation Sets the priority of this reservation assigned by the scheduler setPriority(int) - Method in class SSGridlet Sets the priority of this gridlet assigned by the scheduler setPrioritySelector(PrioritySelector) - Method in class AggressiveMultiPartitions Sets the priority selector to be used by this scheduler. setProtocol(int) - Method in class Message Sets the auction protocol used this auction setQueueWeight(double) - Method in class RED Updates the value of QUEUE_WEIGHT setRates(double[]) - Method in class RateControlledScheduler This method allows you to set different rates for different types of traffic. setRating(int) - Static method in class GridSimStandardPE Sets standard PE MIPS Rating setReadOnly(boolean) - Method in class File Marks this file as a read only or not setReadOnly(boolean) - Method in class FileAttribute Marks this file as a read only or not setRegionalGIS(String) - Method in class AbstractRC Sets a regional GIS name for this entity to communicate with setRegionalGIS(String) - Method in class GridResource Sets a regional GridInformationService (GIS) entity for this resource to communicate with. setRegionalGIS(AbstractGIS) - Method in class GridResource Sets a regional GridInformationService (GIS) entity for this resource to communicate with. setRegionalGIS(String) - Method in class GridUser Sets a regional GIS entity name for this entity to communicate with setRegionalGIS(AbstractGIS) - Method in class GridUser Sets a regional GIS for this entity to communicate with setRegionalGIS(String) - Method in class GridResourceWithFailure Sets a regional GridInformationService (GIS) entity for this resource to communicate with. setRegionalGIS(AbstractGIS) - Method in class GridResourceWithFailure Sets a regional GridInformationService (GIS) entity for this resource to communicate with. setRegistrationID(int) - Method in class File Sets the file registration ID (published by a Replica Catalogue entity) setRegistrationID(int) - Method in class FileAttribute Sets the file registration ID (published by a Replica Catalogue entity) setRemSize(long) - Method in class FlowPacket Sets the remaining size of a flow param remSize the remaining size of a flow setReplicaCatalogue(String) - Method in class DataGridResource Sets the RC name for this resource. setReplicaCatalogue(AbstractRC) - Method in class DataGridResource Sets the RC entity for this resource. setReplicaCatalogue(String) - Method in class DataGridUser Sets a Replica Catalogue name for this user (the old name will be overwritten). setReplicaCatalogue(AbstractRC) - Method in class DataGridUser Sets a Replica Catalogue name for this user (the old name will be overwritten). setReplicaCatalogue(String) - Method in class ReplicaManager Sets the ReplicaCatalogue for this DataGridResource setReplicaCatalogue(int) - Method in class ReplicaManager Sets the ID of the ReplicaCatalogue, to which all the requests for adding and deleting files will be sent. setRes(int) - Method in class FailureMsg This method sets the res_id attribute of the ResourceFailure object setReservation(int, long) - Method in class ARObject Sets a reservation's attributes upon acceptance by a resource. setReservationID(int) - Method in class Gridlet Sets the id of the reservation made for this gridlet setReservationOptions(Collection<TimeSlot>) - Method in class Reservation Sets the reservation options given by the Grid resource setReservePrice(double) - Method in class OneSidedAuction Set the reserve price. setResID(int) - Method in class AvailabilityInfo Sets the resource id setResourceID(int) - Method in class ARObject Sets the resource ID for sending this reservation object. setResourceID(int) - Method in class File Sets the resource ID that stores this file setResourceID(int) - Method in class FileAttribute Sets the resource ID that stores this file setResourceID(int) - Method in class Reservation Sets the resource ID for sending this reservation object. setResourceID(int) - Method in class ResourceCharacteristics Sets the resource ID setResourceParameter(int, double) - Method in class Gridlet Sets the resource parameters for which this Gridlet is going to be executed. setResponder(Responder) - Method in class AuctionObserver Sets a responder to this observer setReturnGridletBehaviour(boolean) - Method in class AggressiveMultiPartitions This method is called to specify the behaviour of the policy if a job cannot be scheduled to its partition due to the lack of enough resources and the borrowing is disabled. setRound(int) - Method in class MessageBid Sets the round the bid refers to setRouterID(int) - Method in class FIFOScheduler Sets the router ID that hosts this scheduler. setRouterID(int) - Method in class FnbSCFQScheduler Sets the router ID that hosts this scheduler. setRouterID(int) - Method in interface PacketScheduler Sets the router ID that hosts this scheduler. setRouterID(int) - Method in class RateControlledScheduler Sets the router ID that hosts this scheduler. setRouterID(int) - Method in class SCFQScheduler Sets the router ID that hosts this scheduler. setRunTimeParameters(int, double, double, double, double, double, double) - Method in class WorkloadLublin99 Sets the parameters for the running time The running time is computed using hyper-gamma distribution. setScheduleItems(LinkedList<ScheduleItem>) - Method in class AllocationAction Sets the schedule items associated with this action setSender(String) - Method in class FloodAdPack Set the sender's name setSender(String) - Method in class RIPAdPack Set the sender's name setSerialProbability(int, double) - Method in class WorkloadLublin99 Sets the probability for serial jobs setServiceType(int) - Method in class TrafficGenerator Sets the service level of this packet. setSize(long) - Method in interface Flow Sets the size of this flow setSize(long) - Method in class FlowPacket Sets the packet size setSize(long) - Method in class FnbDroppedUserObject Sets the size of this packet. setSize(long) - Method in class FnbNetPacket Sets the packet size setSize(long) - Method in class InfoPacket Sets the size of this packet setSize(long) - Method in class NetPacket Sets the packet size setSize(long) - Method in interface Packet Sets the size of this packet setSourceID(int) - Method in class Message Sets the the GridSim entity that generates this message setSourceID(int) - Method in class source_pktNum Sets the source ID setSourceID(int) - Method in class ReservationMessage Sets the source's id setSrc(int) - Method in class FnbEndToEndPath Sets the source id for a connection. setSrcID(int) - Method in class FlowPacket Sets the source ID for a FlowPacket param srcID the id of the source of this flow setSrcID(int) - Method in class AvailabilityInfo Sets the source or sender id setStartHour(int) - Method in class WorkloadLublin99 Sets the hour of the day when the simulation should start setStartingTime(double) - Method in class Auction Sets the initial time of the auction setStartTime(long) - Method in class ARObject Sets the start time (in milliseconds) for this reservation. setStartTime(double) - Method in class FlowPacket Sets the current start time of this flow. setStartTime(double) - Method in class TimeSlot Sets the start time of the time slot setStartTime(double) - Method in class Reservation Sets the start time (in seconds) for this reservation. setStartTime(double) - Method in class ServerReservation Sets the start time (in seconds) for this reservation. setStartTime(double) - Method in class SSGridlet Sets the time that a Gridlet is supposed to start. setStatus(int) - Method in class ARObject Sets the status of this reservation. setStatus(boolean) - Method in class source_pktNum Sets the status of the incoming gridlet packets. setStatus(ReservationStatus) - Method in class Reservation Sets the status of this reservation. setStatus(ReservationStatus) - Method in class ServerReservation Sets the status of this reservation. setStatus(int) - Method in class SSGridlet Sets the Gridlet status. setStatus(boolean) - Method in class PE Sets PE status to either PE.FREE or PE.BUSY setStatusBusy() - Method in class PE Sets PE status to busy, meaning it is already executing Gridlets. setStatusFailed() - Method in class PE Sets this PE to FAILED. setStatusFailed(String, int, boolean) - Method in class PEList Sets the status of PEs of this machine to FAILED. setStatusFailed(boolean) - Method in class PEList Sets the status of PEs of this machine to FAILED. setStatusFree() - Method in class PE Sets PE status to free, meaning it is available for processing. setStatusPE(boolean, int) - Method in class Machine Sets the particular PE status on this Machine setStatusPE(boolean, int, int) - Method in class MachineList Sets the particular PE status on a Machine setStatusPE(boolean, int, int) - Method in class ResourceDynamics Sets the particular PE status on a Machine NOTE: Not supported. setStatusPE(boolean, int) - Method in class PEList Sets the PE status setStatusPE(boolean, int, int) - Method in class ResourceCharacteristics Sets the particular PE status on a Machine setSubject(int) - Method in class AllocationAction Sets the id of the subject or entity that created this action setSubmissionTime(double) - Method in class Gridlet Sets the submission or arrival time of this Gridlet into a GridResource setSubmissionTime(double) - Method in class Reservation Sets the time of submission of this reservation setSubmissionTime(double) - Method in class ServerReservation Sets the time of submission of this reservation setTag(int) - Method in class FilterGridlet Sets the event matching tag name setTag(int) - Method in class FlowPacket Sets the tag of this packet setTag(int) - Method in class InfoPacket Sets the tag of this packet setThresholds() - Method in class ARED Sets the this class and RED thresholds. setTierLevel(int) - Method in class DataGridResource Sets the tier level of this resource (in a hierarchical model) setTime(double) - Method in class ProfileEntry Sets the time associated with this entry setTime(double) - Method in class FailureMsg This method sets the time attribute of the ResourceFailure object setTimeSpan(long) - Method in class GUISettings Sets the time span for the GUI components setTimeZone(double) - Method in class ARObject Sets this reservation's time zone based on GMT. settings - Static variable in class AbstractVisualizer setTotalAccessTime(int) - Method in class TapeStorage Sets the total access time for this tape in seconds. setTotalPkts(int) - Method in class FnbEndToEndPath Sets the total packets for a connection. setTotalRewindTime(int) - Method in class TapeStorage Sets the total rewind time of the tape. setTrace(boolean) - Method in class GridResourceWithFailure Asks this resource to record its activities. setTrace(boolean) - Method in class RegionalGISWithFailure Asks this resource to record its activities. setTransactionID(int) - Method in class ARObject Sets a transaction ID for this reservation. setTransactionTime(double) - Method in class File Sets the current transaction time (in second) of this file. setType(int) - Method in class File Sets the file type (e.g. setType(int) - Method in class FileAttribute Sets the file type (e.g. setUpdateTime(double) - Method in class File Sets the last update time of this file (in seconds) NOTE: This time is relative to the start time. setUpdateTime(double) - Method in class FileAttribute Sets the last update time of this file (in seconds) NOTE: This time is relative to the start time. setUpdateTime(double) - Method in class FlowPacket Sets the last time a flow was updated (i.e. setUserID(int) - Method in class Gridlet Sets the user or owner ID of this Gridlet. setValue(V) - Method in class LinkedTreeMap.Entry Replaces the value currently associated with the key with the given value. setWeights(double[]) - Method in class FnbSCFQScheduler This method allows you to set different weights for different types of traffic. setWeights(double[]) - Method in class SCFQScheduler This method allows you to set different weights for different types of traffic. setWinner(int) - Method in class OneSidedAuction Sets the winner ID shutdownGridStatisticsEntity() - Method in class GridSim Tells the GridStatistics entity the end of the simulation shutdownUserEntity() - Method in class GridSim Tells all user entities to shut down the simulation. signalShutdown(Collection) - Method in class GridInformationService Sends a signal to all entity IDs mentioned in the given list. Sim_from_port - Class in gridsim This class creates a new Sim_predicate to evaluate whether an event is coming through a specific port. Sim_from_port(Sim_port) - Constructor for class Sim_from_port Finds an incoming event that passes through this port SimpleLink - Class in gridsim.net This class realizes a link in its simplest form. SimpleLink(String, double, double, int) - Constructor for class SimpleLink Constructs a Link which simulates a physical link between two entities. SimpleLink(String) - Constructor for class SimpleLink Constructs a link with some default parameters. SimpleReplicaManager - Class in gridsim.datagrid This is a class which contains the basic functionality of a Replica Manager in a Data Grid. SimpleReplicaManager(String, String) - Constructor for class SimpleReplicaManager Creates a new Replica Manager object SimReport - Class in gridsim.util Records any information that is needed by a GridSim entity. SimReport(String) - Constructor for class SimReport Creates a new report file. SimReport(String, int) - Constructor for class SimReport Creates a new report file. SingleProfile - Class in gridsim.parallel.profile This class represents the profile containing the ranges of PEs available at given simulation times. SingleProfile(int) - Constructor for class SingleProfile Creates an availability profile for a resource providing the number of PEs in the resource. SingleProfile(LinkedTreeMap<Double, ProfileEntry>) - Constructor for class SingleProfile Protected constructor used by the cloning operations. SingleProfile() - Constructor for class SingleProfile Creates a new Profile object. NOTE: if you use this constructor, you need to insert an initial entry with the number of PEs. SingleProfileEntry - Class in gridsim.parallel.profile The SingleProfileEntry class represents an entry in the availability profile. SingleProfileEntry(double) - Constructor for class SingleProfileEntry Creates a new instance of SingleProfileEntry SingleProfileEntry(double, PERangeList) - Constructor for class SingleProfileEntry Creates a new instance of SingleProfileEntry SIZE - Static variable in class GridResource Integer object size, including its overhead size() - Method in class FIFOScheduler Determines the number of packets that are currently enqueued in this scheduler. size() - Method in class FnbSCFQScheduler Determines the number of packets that are currently enqueued in this scheduler. size() - Method in interface PacketScheduler Determines the number of packets that are currently enqueued in this scheduler. size() - Method in class RateControlledScheduler Determines the number of packets that are currently enqueued in this scheduler. size() - Method in class SCFQScheduler Determines the number of packets that are currently enqueued in this scheduler. size() - Method in class LinkedTreeMap Returns the number of key-value mappings in this map. size() - Method in class PERangeList Returns the number of PE ranges in this list. SIZE - Variable in class GridResourceWithFailure Integer object size, including its overhead sort() - Method in class GridletList Sorts the Gridlets in a list based on their lengths sortRanges() - Method in class PERangeList Sorts the ranges in this list of ranges source_pktNum - Class in gridsim.net.fnb This class is used by the FnbInput entity, to make sure that all Gridlet packets arrive at the destination. source_pktNum(int, int) - Constructor for class source_pktNum Creates an object of this class. SPACE_SHARED - Static variable in class ResourceCharacteristics Spaced-shared system using First Come First Serve (FCFS) algorithm SpaceShared - Class in gridsim SpaceShared class is an allocation policy for GridResource that behaves exactly like First Come First Serve (FCFS). SpaceShared(String, String) - Constructor for class SpaceShared Allocates a new SpaceShared object SpaceSharedWithFailure - Class in gridsim.resFailure SpaceSharedWithFailure class is based on SpaceShared, but with added failure functionalities. SpaceSharedWithFailure(String, String) - Constructor for class SpaceSharedWithFailure Allocates a new SpaceSharedWithFailure object SSGridlet - Class in gridsim.parallel SSGridlet represents a Gridlet submitted to a ParallelResource for processing (i.e. SSGridlet(Gridlet) - Constructor for class SSGridlet Allocates a new object upon the arrival of a Gridlet object. SSGridlet(SSGridlet) - Constructor for class SSGridlet Creates a clone of the original gridlet object. SSGridletList - Class in gridsim.parallel SSGridletList maintains a list of SSGridlet's SSGridletList() - Constructor for class SSGridletList startAuction() - Method in class Auction startAuction(int) - Method in class Auctioneer Starts a given auction already added to the auctioneer startAuction() - Method in class DoubleAuction This method is called to start the auction and initialize the necessary paramenters startAuction() - Method in class OneSidedAuction This method is called to start the auction and initialize the necessary paramenters startGridlet(SSGridlet) - Method in class AggressiveMultiPartitions Tries to start a job. startGridlet(SSGridlet) - Method in class ConservativeBackfill Allocates a job into free PEs, sets the job status to INEXEC, startGridlet(SSGridlet) - Method in class SelectiveBackfill Starts a job using free PEs, sets the job status to INEXEC and updates the availability profile startGridSimulation() - Static method in class GridSim Starts the execution of GridSim simulation. startGridSimulation(boolean) - Static method in class GridSim This method should be invoked when the user wants to debug a simulation and would like to use GridSim visualiser to view the status of the resource queues and the actions performed by the resource allocation policies. startQueuedGridlets() - Method in class ConservativeBackfill This method starts jobs that are in the queue and can be started Stat - Class in gridsim A class representing contents of a statistic object Stat(double, String, String, String) - Constructor for class Stat Allocates a new Stat object Stat(double, String, String, int) - Constructor for class Stat Allocates a new Stat object Stat(double, String, String, double) - Constructor for class Stat Allocates a new Stat object Stat(double, String, String, boolean) - Constructor for class Stat Allocates a new Stat object stopGridSimulation() - Static method in class GridSim Stops Grid Simulation (based on SimJava Sim_system.run_stop()). Storage - Interface in gridsim.datagrid.storage An interface which defines the desired functionality of a storage system in a Data Grid. storageList_ - Variable in class ReplicaManager List of all storage elements storeRegistrationID(Sim_event, List) - Method in class RegionalGIS Stores the incoming registration ID into the given list. storeRegistrationID(Sim_event, List) - Method in class RegionalGISWithFailure Stores the incoming registration ID into the given list. subMap(K, K) - Method in class LinkedTreeMap Returns a view of the portion of this map whose keys range from fromKey, inclusive, to toKey, exclusive. SUCCESS - Static variable in class Gridlet The Gridlet has been executed successfully sumSlowdown - Variable in class SelectiveBackfill.JobCategory systemGIS_ - Variable in class AbstractGIS System GIS or GridInformationService entity ID. T tailMap(K) - Method in class LinkedTreeMap Returns a view of the portion of this map whose keys are greater than or equal to fromKey. TapeStorage - Class in gridsim.datagrid.storage An implementation of a tape storage system. TapeStorage(String, double) - Constructor for class TapeStorage Constructs a new tape storage with a given name and capacity. TapeStorage(double) - Constructor for class TapeStorage Constructs a new tape storage with a given capacity. terminateIOEntities() - Method in class GridSimCore It terminates Entities managing NETWORK communication channels. TIME_SHARED - Static variable in class ResourceCharacteristics Time-shared system using Round-Robin algorithm TIME_UNIT_HOUR - Static variable in interface ScheduleItem Hour as the time unit TIME_UNIT_MINUTE - Static variable in interface ScheduleItem Minute as the time unit TIME_UNIT_SECOND - Static variable in interface ScheduleItem Second as the time unit TimeShared - Class in gridsim TimeShared class is an allocation policy for GridResource that behaves similar to a round robin algorithm, except that all Gridlets are executed at the same time. TimeShared(String, String) - Constructor for class TimeShared Allocates a new TimeShared object TimeSharedWithFailure - Class in gridsim.resFailure TimeSharedWithFailure class is based on TimeShared, but with added failure functionalities. TimeSharedWithFailure(String, String) - Constructor for class TimeSharedWithFailure Allocates a new TimeSharedWithFailure object TimeSlot - Class in gridsim.parallel.profile This class defines a time slot. TimeSlot(double, double, PERangeList) - Constructor for class TimeSlot Default constructor sets TO_ALL_BIDDERS - Static variable in class Message This tag is used as destination of messages that are broadcast toMIs(double) - Static method in class GridSimStandardPE Converts Execution time in second processor to MIs TopRegionalRC - Class in gridsim.datagrid.index This class acts as a centralized RC or a root RC in a hierarchical model. TopRegionalRC(String, Link) - Constructor for class TopRegionalRC Creates a new Replica Catalogue (RC) entity. TopRegionalRC(Link) - Constructor for class TopRegionalRC Creates a new Replica Catalogue (RC) entity with a default name. toString() - Method in class Message Converts message to String toString() - Method in class MessageAsk Converts message to String toString() - Method in class MessageBid Converts message to String toString() - Method in class MessageCallForBids Converts message to String toString() - Method in class MessageInformOutcome Converts message to String toString() - Method in class MessageInformStart Converts message to String toString() - Method in class MessageRejectBid Converts message to String toString() - Method in class MessageRejectCallForBid Converts message to String toString() - Method in class IO_data Returns a human-readable information of this object toString() - Method in class FloodAdPack Represents the information of this class into String toString() - Method in interface Flow Returns a string describing this flow in detail. toString() - Method in class FlowPacket Returns a description of this flow toString() - Method in class FnbNetPacket Returns a description of this packet toString() - Method in class InfoPacket Returns a human-readable information of this packet. toString() - Method in class NetPacket Returns a description of this packet toString() - Method in interface Packet Returns a string describing this packet in detail. toString() - Method in class RIPAdPack Represents the information of this class into String toString() - Method in class LinkedTreeMap.Entry toString() - Method in class PartProfile Creates an string representation of the profile toString() - Method in class PartProfileEntry Creates a string representation of this entry toString() - Method in class PERange Creates a string representation of this class toString() - Method in class PERangeList Creates an String representation of this list toString() - Method in class Profile.Entry toString() - Method in class Profile Creates an string representation of the profile toString(int) - Method in interface ScheduleItem Creates a String representation of this item for displaying purposes toString() - Method in class SingleProfileEntry Creates a string representation of this entry toString() - Method in class TimeSlot Creates a string representation of the list toString() - Method in class Reservation Creates a string representation of the reservation for debugging purposes. toString() - Method in class ReservationMessage Converts the negotiation message to a String. toString() - Method in enum ReservationStatus Creates an string representation of the status. toString(int) - Method in class ServerReservation Creates a String representation of this reservation for displaying purposes toString() - Method in class ServerReservation Creates a String representation of this reservation for debugging purposes toString() - Method in class SelectiveBackfill.JobCategory toString() - Method in class SSGridlet Creates a String representation of this Gridlet for debugging purposes toString(int) - Method in class SSGridlet Creates a String representation of this Gridlet for displaying purposes toString() - Method in exception ParameterException Returns an error message of this object toString() - Method in class Stat Gets the the concatenated value of all items as a string totalPE_ - Variable in class AllocPolicy The total number of PEs that this resource has. TrafficGenerator - Class in gridsim.util A generator that tells how many packets sent and how big each packet is for every time interval. TrafficGenerator(DiscreteGenerator, DiscreteGenerator) - Constructor for class TrafficGenerator Creates a new background traffic generator. TrafficGenerator(ContinuousGenerator, ContinuousGenerator) - Constructor for class TrafficGenerator Creates a new background traffic generator. TrafficGenerator(DiscreteGenerator, ContinuousGenerator) - Constructor for class TrafficGenerator Creates a new background traffic generator. TrafficGenerator(ContinuousGenerator, DiscreteGenerator) - Constructor for class TrafficGenerator Creates a new background traffic generator. transferPEs(int, PERangeList) - Method in class PartProfileEntry Transfers PEs from partitions to one selected partition TRUE - Static variable in class GridSimTags Denotes boolean true in int value TYPE_RAW_DATA - Static variable in class File Denotes that the type of this file is a raw data TYPE_RECONSTRUCTED_DATA - Static variable in class File Denotes that the type of this file is a reconstructed data TYPE_TAG_DATA - Static variable in class File Denotes that the type of this file is a tag data TYPE_UNKOWN - Static variable in class File Denotes that the type of this file is unknown U UHI - Static variable in class WorkloadLublin99 UHI_ACTIVE - Static variable in class WorkloadLublin99 UHi is the default log2 of the maximal size of an interactive job in the system (system's size) UHI_BATCH - Static variable in class WorkloadLublin99 UHi is the default log2 of the maximal size of a batch job in the system (system's size) ULOW - Static variable in class WorkloadLublin99 ULOW_ACTIVE - Static variable in class WorkloadLublin99 ULow, UMed, UHi and Uprob are the parameters for the two-stage-uniform which is used to calculate the number of nodes for parallel jobs. ULOW_BATCH - Static variable in class WorkloadLublin99 ULow, UMed, UHi and Uprob are the parameters for the two-stage-uniform which is used to calculate the number of nodes for parallel jobs. UMED - Static variable in class WorkloadLublin99 UMED_ACTIVE - Static variable in class WorkloadLublin99 Default UMed for interactive jobs. UMED_BATCH - Static variable in class WorkloadLublin99 Default UMed for batch jobs. updateAREDParameters() - Method in class ARED This function updates the value of max_p, which is the maximum dropping probability for a packet. updateGridletFinishedSoFar(double) - Method in class SSGridlet A method that updates the length of gridlet that has been completed updateGridletFinishedSoFar(double) - Method in class ResGridlet A method that updates the length of gridlet that has been completed updateItem(ScheduleItem) - Method in class ResourceWindow.ItemPanel Updates information in the list. updatePanel() - Method in class ResourceWindow.ItemPanel Called when an update of the whole panel is needed updateSchedule() - Method in class AggressiveMultiPartitions This method is called to update the schedule. updateSchedule() - Method in class ARConservativeBackfill This method is called to update the schedule. updateSchedule() - Method in class ConservativeBackfill This method is called to update the schedule. updateStats() - Method in class FIFO Update the statistics of this scheduler to a file. updateStats() - Method in class FnbSCFQScheduler Update the statistics of this scheduler to a file. updateStats() - Method in class RED Update the statistics of this scheduler to a file. UPROB - Static variable in class WorkloadLublin99 UPROB_ACTIVE - Static variable in class WorkloadLublin99 Default UProb for interactive jobs. UPROB_BATCH - Static variable in class WorkloadLublin99 Default UProb for batch jobs. UPT_SCHEDULE - Static variable in class AggressiveBackfill UPT_SCHEDULE - Static variable in class AggressiveMultiPartitions UPT_SCHEDULE - Static variable in class ConservativeBackfill UPT_SCHEDULE - Static variable in class SelectiveBackfill V validateGridlet(SSGridlet) - Method in class AggressiveMultiPartitions Checks whether the job can be handled by the resource. validateTimeZone(double) - Static method in class AdvanceReservation Checks whether a given time zone is valid or not value - Variable in class LinkedTreeMap.Entry valueChanged(ListSelectionEvent) - Method in class ParallelVisualizer Handles events triggered by the list of resource valueChanged(ListSelectionEvent) - Method in class ResourceWindow.ItemPanel Handles events triggered by the change of the list of Gridlets valueOf(String) - Static method in enum ActionType Returns the enum constant of this type with the specified name. valueOf(String) - Static method in enum LoggerEnum Returns the enum constant of this type with the specified name. valueOf(String) - Static method in enum ErrorType Returns the enum constant of this type with the specified name. valueOf(String) - Static method in enum MessageType Returns the enum constant of this type with the specified name. valueOf(String) - Static method in enum ReservationStatus Returns the enum constant of this type with the specified name. values() - Static method in enum ActionType Returns an array containing the constants of this enum type, in the order they are declared. values() - Static method in enum LoggerEnum Returns an array containing the constants of this enum type, in the order they are declared. values - Variable in class LinkedTreeMap values() - Method in class LinkedTreeMap Returns a collection view of the values contained in this map. values() - Static method in enum ErrorType Returns an array containing the constants of this enum type, in the order they are declared. values() - Static method in enum MessageType Returns an array containing the constants of this enum type, in the order they are declared. values() - Static method in enum ReservationStatus Returns an array containing the constants of this enum type, in the order they are declared. Variate - Class in gridsim.util Random number generation via an installable random number generator. Variate(int) - Constructor for class Variate Constructs a random variate. Visualizer - Interface in gridsim.parallel.gui Interface implemented by a visualisation tool. VisualizerAdaptor - Class in gridsim.parallel.gui Adaptor that implements Visualizer interface, but contains empty methods. VisualizerAdaptor() - Constructor for class VisualizerAdaptor W waitingJobs - Variable in class AggressiveBackfill waitingJobs - Variable in class AggressiveMultiPartitions waitingJobs - Variable in class ConservativeBackfill waitingJobs - Variable in class SelectiveBackfill Weibull - Class in gridsim.util A random number generator based on the Weibull distribution. Weibull(double, double, int) - Constructor for class Weibull Constructs a Weibull random variate. weights - Variable in class WorkloadLublin99 Workload - Class in gridsim.parallel.util The main purpose of this class is to create a realistic simulation environment where your jobs are competing with others. Workload(String, String, WorkloadModel) - Constructor for class Workload Create a new Workload object without using the network extension. Workload(String, double, double, int, String, WorkloadModel) - Constructor for class Workload Create a new Workload object with the network extension. Workload(String, Link, String, WorkloadModel) - Constructor for class Workload Create a new Workload object with the network extension. Workload - Class in gridsim.util The main purpose of this class is to create a realistic simulation environment where your jobs or Gridlets are competing with others. Workload(String, String, String, int) - Constructor for class Workload Create a new Workload object without using the network extension. Workload(String, double, double, int, String, String, int) - Constructor for class Workload Create a new Workload object with the network extension. Workload(String, Link, String, String, int) - Constructor for class Workload Create a new Workload object with the network extension. WorkloadFileReader - Class in gridsim.parallel.util This class is responsible for reading resource traces from a file and creating a list of jobs. WorkloadFileReader(String, int) - Constructor for class WorkloadFileReader Create a new WorkloadFileReader object. WorkloadJob - Class in gridsim.parallel.util This class represents job read from a a workload trace file. WorkloadJob(Gridlet, long) - Constructor for class WorkloadJob Creates a new object. WorkloadLublin99 - Class in gridsim.parallel.util The main purpose of this class is to create a realistic simulation environment where your jobs are competing with others. WorkloadLublin99(int, boolean, long) - Constructor for class WorkloadLublin99 Create a new workload model object. WorkloadModel - Interface in gridsim.parallel.util This interface defines what a workload model should provide. write(String) - Method in class Gridlet Writes this particular history transaction of this Gridlet into a log write(String) - Method in class Router Writes a debug information to a file. write(String, int) - Method in class GridResourceWithFailure Write an event of this entity into a file. write(String, int, double) - Method in class RegionalGISWithFailure Write an event of this entity into a file. write(int, String) - Method in class SimReport Write the given data into the file. write(double, String) - Method in class SimReport Write the given data into the file. write(long, String) - Method in class SimReport Write the given data into the file. write(String) - Method in class SimReport Write the given data into the file. A B C D E F G H I J K L M N O P Q R S T U V W Overview Package Class Use Tree Deprecated Index Help GridSim 5.0 beta PREV NEXT FRAMES NO FRAMES The University of Melbourne, Australia, 2009