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Index of all Fields and Methods

A

addEvent(SimEvent). Method in class Simulator: insert a future event in the event queue
addEventGenerator(EventGenerator). Method in class Simulator: add a event generator to this simulator
addLink(int, int, int). Method in class Network: Add a link between two processors usinf processor id's
addLink(String, String, int). Method in class Network: Add a link between two processors using processor names
addNeighbour(Processor, int). Method in class Processor: Add a new neighbour to this processor
addOneWayNeighbour(Processor, int). Method in class Processor
addProcessor(int, int, int). Method in class Network: Add a processor to the network
addProcessor(int, int, int, float, float, float). Method in class Network
addProcessor(Processor, Processor[]). Method in class Network: Add a processor to the network
addProcessor(String, int, int). Method in class Network: Add a processor to the network, timeslicelength default to 10
addProcessor(String, int, int, int). Method in class Network: Add a processor to the network
addRelativeEvent(SimEvent). Method in class Simulator: insert a future event in the event queue the time specified in the event is relative to the global time
allIdleProcessors(). Method in class Network
allIdleProcessors(). Method in class TheSimulator: Return an array with id's for the currently idle processors
allProcessors(). Method in class Network
ASYNCHRONOUS. Static variable in class Network: If the network is ASYNCHRONOUS

C

callJobArrival(float, int). Method in class TheSimulator: Calls the SchedulerInterface routine JobArrival in the scheduler
callTaskStateChange(float, long). Method in class TheSimulator: Calls the SchedulerInterface routine TaskStateChange in the scheduler
CommTaskEvent(Task, float). Constructor for class CommTaskEvent: Constructs a communication task event.
COMMUNICATING. Static variable in class SuspendedTaskEvent: Reason for suspension is communication.
COMMUNICATING. Static variable in class Task: The communicating state.

D

DEADLINE. Static variable in class SuspendedTaskEvent: Reason for suspension is that the Task has reached it's deadline
dispatchEvent(SimEvent). Method in class Network: If this network is ASYNCHRONOUS this method simply passes the event on to the simulator if the network is SYNCHRONOUS it makes sure all the events arrive to the simulator at the same time

E

ENDED. Static variable in class SuspendedTaskEvent: Reason for suspension is end of task.
ENDED. Static variable in class Task: The ended state.
endedJobs(). Method in class JobManager: Returns an array with global job identifier for ended jobs, managed by this object.
EndIOTaskEvent(Task, float). Constructor for class EndIOTaskEvent: Constructs an end I/O task event.
EndOfSpinningEvent(Task, float). Constructor for class EndOfSpinningEvent: Constructs a end of spinning event
EndOfTimeSlice(float, int). Method in class GangScheduling: EndOfTimeSlice Invoked at the end of a time slice
EndOfTimeSlice(float, int). Method in interface SchedulerInterface: Invoked when a timeslice has expired on a PE.
EndOfTimeSliceEvent(Object, EventDestination, float, int). Constructor for class EndOfTimeSliceEvent
EndSyncTaskEvent(Task, int). Constructor for class EndSyncTaskEvent: Constructs an end synchronization task event.
EndTaskEvent(Task, float). Constructor for class EndTaskEvent: Constructs an end task event.
equals(Object). Method in class NetworkEvent: Override this method to provide the type of equality you want the simulator to search for when using the removeEvent method
equals(Object). Method in class PeIdleEvent: Override this method to provide the type of equality you want the simulator to search for when using the removeEvent method
equals(Object). Method in class ProcessorEvent: Override this method to provide the type of equality you want the simulator to search for when using the removeEvent method
equals(Object). Method in class ScheduleTaskEvent: Override this method to provide the type of equality you want the simulator to search for when using the removeEvent method
equals(Object). Method in class SimEvent: Override this method to provide the type of equality you want the simulator to search for when using the removeEvent method
equals(Object). Method in class TaskEvent: Override this method to provide the type of equality you want the simulator to search for when using the removeEvent method
eventProcessed(SimEvent). Method in interface EventGenerator: Every time the simulator processes an event created by an EventGenerator the EventGenerator will be notified via this method
eventProcessed(SimEvent). Method in class GlobalClockEventGenerator
ExponentialDistribution(float). Constructor for class ExponentialDistribution: Constructs an exponential probability distribution.
ExponentialDistribution(float, float). Constructor for class ExponentialDistribution: Constructs a shifted exponential probability distribution.

F

floatSample(). Method in class ExponentialDistribution: Returns a float sample from this probability distribution.
floatSample(). Method in class HyperErlangDistribution: Returns a float sample from this probability distribution.
floatSample(). Method in class NormalDistribution: Returns a float sample from this probability distribution.
floatSample(). Method in class ProbabilityDistribution: Returns a float sample from this probability distribution.
floatSample(). Method in class UniformDistribution: Returns a float sample from this probability distribution.
floatSample(float). Static method in class ExponentialDistribution: Returns a float sample from this probability distribution.
floatSample(float, float). Static method in class ExponentialDistribution: Returns a float sample from this probability distribution.
floatSample(float, float). Static method in class NormalDistribution: Returns a float sample from this probability distribution.
floatSample(float, float). Static method in class UniformDistribution: Returns a float sample from this probability distribution.

G

GangScheduling(TheSimulator). Constructor for class GangScheduling
generateJob(int, float, int, int, ProbabilityDistribution, ProbabilityDistribution, ProbabilityDistribution, ProbabilityDistribution, ProbabilityDistribution, ProbabilityDistribution, ProbabilityDistribution, float, float, String). Method in class JobManager: Generates a job and adds it to this object.
generateTask(float, int, float). Method in class Job: Generates a task and adds it to this job.
generateTasks(int, float, int, float). Method in class Job: Generates the given number of tasks and adds them to this job.
getAverageCommunicationTime(). Method in class Task: Returns the average communication time.
getAverageCommunicationTime(). Method in class TaskStatistics: Returns the average communication time.
getAverageIOTime(). Method in class Task: Returns the average I/O time.
getAverageIOTime(). Method in class TaskStatistics: Returns the average I/O time.
getAverageSynchronizationTime(). Method in class Task: Returns the average synchronization time.
getAverageSynchronizationTime(). Method in class TaskStatistics: Returns the average synchronization time.
getAverageTimeslice(). Method in class Network
getComputationTime(). Method in class Task: Returns the computation time of this task.
getComputationTime(). Method in class TaskStatistics: Returns the computation time of this task.
getDestinationProcessor(). Method in class SendEvent
getExecutionTime(). Method in class Job: Returns the total execution time of the job.
getExecutionTime(). Method in class Task: Returns the total execution time for this task.
getExecutionTime(). Method in class TaskStatistics: Returns the total execution time for this task.
getFrom(). Method in class SimEvent
getFromTask(). Method in class ReceiveEvent
getFromTask(). Method in class SendEvent
getId(). Method in class Job: Returns the global job identifier for this object.
getId(). Method in class Task: Returns the global task identifier for this object.
getJob(). Method in class Task: Returns object Job associated with this task.
getJob(int). Method in class JobManager: Returns the sought job.
getJobExecutionTime(int). Method in class JobManager: Returns the execution time for the given job.
getJobId(). Method in class Task
getJobId(long). Method in class TheSimulator
getJobType(). Method in class Job
getJobTypeId(int). Method in class TheSimulator
getLocalId(). Method in class Task: Returns the local task identifier for this object.
getManager(). Method in class Job: Returns the manager of this job.
getMaxCommunicationTime(). Method in class Task: Returns the maximum communication time.
getMaxCommunicationTime(). Method in class TaskStatistics: Returns the maximum communication time.
getMaxIOTime(). Method in class Task: Returns the maximum I/O time.
getMaxIOTime(). Method in class TaskStatistics: Returns the maximum I/O time.
getMaxSynchronizationTime(). Method in class Task: Returns the maximum synchronization time.
getMaxSynchronizationTime(). Method in class TaskStatistics: Returns the maximum synchronization time.
getNeighbours(). Method in class Processor
getNeighbours(int). Method in class Network: return the neighbours of the processor
getNeighbours(int). Method in class TheSimulator: Returns the neighbours of a processor
getNetwork(). Method in class Simulator: override this method to access the Network object
getNetwork(). Method in class TheSimulator: Return the object Network.
getNumberOfIOOperations(). Method in class Task: Returns the number of I/O operations performed by this task.
getNumberOfIOOperations(). Method in class TaskStatistics: Returns the number of I/O operations performed by this task.
getNumberOfReceives(). Method in class Task: Returns the number of messages received by this task.
getNumberOfReceives(). Method in class TaskStatistics: Returns the number of messages received by this task.
getNumberOfSends(). Method in class Task: Returns the number of messages sent by this task.
getNumberOfSends(). Method in class TaskStatistics: Returns the number of messages sent by this task.
getNumberOfSynchronizations(). Method in class Task: Returns the number of synchronization performed by this task.
getNumberOfSynchronizations(). Method in class TaskStatistics: Returns the number of synchronization performed by this task.
getPeId(). Method in class Processor
getPeId(). Method in class ProcessorEvent
getPEId(). Method in class RunTaskEvent: Returns the identifier for processing element to run task on.
getPEId(). Method in class Task: Returns the identifier for the processing element that this object belongs to.
getPEId(long). Method in class JobManager: Returns the identifier for the processing element which the given task is located on.
getPEId(long). Method in class TheSimulator: Returns the id of the processor on which task with taskId resides
getPeriod(). Method in class ScheduleTaskEvent
getProcessor(int). Method in class Network: get the processor with the corresponding ID
getRandomProcessor(). Method in class Network
getReason(). Method in class PeIdleEvent
getReason(). Method in class SuspendedTaskEvent: Returns the reason for suspension.
getSimulator(). Method in class Job: Returns the simulator that this object belongs to.
getSimulator(). Method in class JobManager: Returns the simulator.
getSpawningSize(). Method in class SpawnTaskEvent: Returns the spawning size.
getSpinning(). Method in class Task: Returns true if a task is spinning.
getSpinSync(). Method in class Task: Returns if a task is spinning due to synchronization.
getState(). Method in class Task: Returns the current state of this object.
getTask(). Method in class ScheduleTaskEvent
getTask(long). Method in class Job: Returns the sought task.
getTask(long). Method in class JobManager: Returns the sought task.
getTask(long). Method in class TheSimulator: Return the object task corresponding to a given id.
getTaskId(). Method in class TaskArrivalEvent: Returns the global task identifier of arrived task.
getTaskId(). Method in class TaskEvent: Returns the global task identifier of destination task.
getTaskSpinning(). Method in class Task: Returns if the task is spinning or not.
getTaskStatistics(int). Method in class JobManager: Returns statistics for the given task.
getThroughput(int, int). Method in class JobManager: Returns the throughput.
getTime(). Method in class SimEvent
getTime(). Method in class Simulator
getTimeSlice(). Method in class RunTaskEvent: Returns the length of the time slice.
getTimeToFirstScheduling(). Method in class Task: Returns the time from task creation to first scheduling of this task.
getTimeToFirstScheduling(). Method in class TaskStatistics: Returns the time from task creation to first scheduling of this task.
getTo(). Method in class SimEvent
getTotalCommunicationTime(). Method in class Task: Returns the total Communication time.
getTotalIOTime(). Method in class Task: Returns the total I/O time.
getTotalSynchronizationTime(). Method in class Task: Returns the total Synchronization time.
getToTask(). Method in class SendEvent
getType(). Method in class Network: Get the network type
globalClock. Variable in class Simulator
GlobalClock(float). Method in class GangScheduling: Invoked when a receiving a global clock signal
GlobalClock(float). Method in interface SchedulerInterface: Invoked when a global clock is trasmited to all processors
GlobalClockEventGenerator(Network). Constructor for class GlobalClockEventGenerator

H

handleEvent(ProcessorEvent). Method in class Processor: Takes care of events arriving from the Network
handleEvent(SimEvent). Method in class JobManager: Handles incoming events.
handleEvent(SimEvent). Method in class Network: Receives events from the simulator, implements the interface EventDestination
handleEvent(SimEvent). Method in class Task: Handles incoming events.
handleEvent(SimEvent). Method in class TheSimulator: Overrides handleEvent in Simulator.
hasCommonTasks(TaskSynchronization). Method in class TaskSynchronization: Tests if this monitor has any tasks in common with the given one.
hasEnded(). Method in class Job: Tests if the job has ended.
HyperErlangDistribution(double, double, int, double). Constructor for class HyperErlangDistribution: Constructs a hypererlang probability distribution.

I

id. Variable in class Processor
initializeGenerator(Simulator). Method in interface EventGenerator: When the EventGenerator is registered in the simulator the initzializeGenerator(Simulator) method will be called
initializeGenerator(Simulator). Method in class GlobalClockEventGenerator
initiateGlobalSynchronization(Task). Method in class Job: Initiates global synchronization.
initiateLocalSynchronization(Task). Method in class Job: Initiates local synchronization.
InternalTaskEvent(Task, float). Constructor for class InternalTaskEvent: Constructs an internal task event.
intSample(). Method in class ExponentialDistribution: Returns an integer sample from this probability distribution.
intSample(). Method in class HyperErlangDistribution: Returns an integer sample from this probability distribution.
intSample(). Method in class NormalDistribution: Returns an integer sample from this probability distribution.
intSample(). Method in class ProbabilityDistribution: Returns an integer sample from this probability distribution.
intSample(). Method in class UniformDistribution: Returns an integer sample from this probability distribution.
intSample(float, float). Static method in class UniformDistribution: Returns an integer sample from this probability distribution.
involves(Task). Method in class TaskSynchronization: Tests if the given task is involved in this synchronization.
IO. Static variable in class SuspendedTaskEvent: Reason for suspension is I/O.
IOCompletionTime(float). Method in class Processor: Models contention in the disk associated with this processor by serializing consecutive requests
isContainedWithin(int, int). Method in class Job: Specifies whether or not the execution of this job is completely contained within the given interval of time.
isIdle(). Method in class Processor
isMigration(). Method in class SendEvent
isNeighbour(Processor). Method in class Processor

J

Job(JobManager, int, int, float, int, int, ProbabilityDistribution, ProbabilityDistribution, ProbabilityDistribution, ProbabilityDistribution, ProbabilityDistribution, ProbabilityDistribution, ProbabilityDistribution, float, float, String). Constructor for class Job: Constructs a job.
JobArrival(float, int). Method in class GangScheduling: Invoked when a new job arrives
JobArrival(float, int). Method in interface SchedulerInterface: Invoked when a new job arrives
jobClass(). Method in class Job: Returns the user-defined class of the job.
jobClass(int). Method in class JobManager: Returns the job class defined by the user.
jobClass(int). Method in class TheSimulator: Returns user defined job class
jobEnded(int). Method in class JobManager: Called by an ended job.
jobIdPart(long). Static method in class Task: Returns the global job identifier part of the given global task identifier.
JobManager(TheSimulator). Constructor for class JobManager: Constructs a job manager.
jobs(). Method in class JobManager: Returns an array with global job identifiers for all jobs managed by this object.
jobs(). Method in class TheSimulator: Returns an array with global job identifiers for all jobs managed by this object
jobsWithLeastTasks(). Method in class JobManager: Returns an array with global job identifiers for jobs, managed by this object, with least number of tasks.
jobsWithLeastTasks(). Method in class TheSimulator: Returns an array with global job identifiers for jobs, managed by this object, with least number of tasks
jobsWithLeastTasks(int). Method in class JobManager: Returns an array with global job identifiers for jobs, managed by this object, with least number of tasks in the given state.
jobsWithLeastTasks(int). Method in class TheSimulator: Returns an array with global job identifiers for jobs, managed by this object, with least number of tasks in the given state
jobsWithMostTasks(). Method in class JobManager: Returns an array with global job identifiers for jobs, managed by this object, with most number of tasks.
jobsWithMostTasks(). Method in class TheSimulator: Returns an array with global job identifiers for jobs, managed by this object, with most number of tasks
jobsWithMostTasks(int). Method in class JobManager: Returns an array with global job identifiers for jobs, managed by this object, with most number of tasks in the given state.
jobsWithMostTasks(int). Method in class TheSimulator: Returns an array with global job identifiers for jobs, managed by this object, with most number of tasks in the given state
joinWith(TaskSynchronization). Method in class TaskSynchronization: Joins this monitor with the given one.

L

localIdPart(long). Static method in class Task: Returns the local task identifier part of the given global task identifier.

M

main(String[]). Static method in class GangScheduling
makeId(int, int). Static method in class Task: Creates a global task identifier from a global job identifier and a local task identifier.
MIGRATING. Static variable in class Task: The migrating state.

N

Network(). Constructor for class Network: Creates a new network, does not create any processors or connections, use other method for this
Network(TheSimulator, FileInputStream). Constructor for class Network: Creates a new network with the specified characteristics
NetworkEvent(Object, EventDestination, int). Constructor for class NetworkEvent
newInstance(double[]). Static method in class ExponentialDistribution: Creates a new instance of this probability distribution.
newInstance(double[]). Static method in class HyperErlangDistribution: Creates a new instance of this probability distribution.
newInstance(double[]). Static method in class NormalDistribution: Creates a new instance of this probability distribution.
newInstance(double[]). Static method in class ProbabilityDistribution: Creates a new instance of this probability distribution.
newInstance(double[]). Static method in class UniformDistribution: Creates a new instance of this probability distribution.
NO_PROCESSOR. Static variable in class Processor
NormalDistribution(float, float). Constructor for class NormalDistribution: Constructs a normal probability distribution.
nrIdleProcessors(). Method in class TheSimulator: Return the number of idle processors in the current network
nrProcessors(). Method in class Network: return the number of processors in this network
nrProcessors(). Method in class TheSimulator: Return the number of processors in the current network
numberOfJobs(). Method in class JobManager: Returns the number of jobs managed by this object.
numberOfJobs(). Method in class TheSimulator: Returns the number of jobs managed by this object
numberOfLivingTasks(). Method in class Job: Returns the number of living tasks contained by this object.
numberOfLivingTasks(). Method in class JobManager: Returns the total number of living tasks, contained by jobs managed by this object.
numberOfTasks(). Method in class Job: Returns the number of tasks contained by this object.
numberOfTasks(). Method in class JobManager: Returns the total number of tasks, contained by jobs managed by this object.
numberOfTasks(). Method in class TheSimulator: Returns the total number of tasks, contained by jobs managed by this object
numberOfTasks(int). Method in class Job: Returns the number of tasks in the given state, contained by this object.
numberOfTasks(int). Method in class JobManager: Returns the number of tasks in the given state, contained by jobs managed by this object.
numberOfTasks(int). Method in class TheSimulator: Returns the number of tasks in the given state, contained by jobs managed by this object
numberOfTasksInJob(int). Method in class JobManager: Returns the number of tasks contained by the given job.
numberOfTasksInJob(int). Method in class TheSimulator: Returns the number of tasks contained by the given job
numberOfTasksInJob(int, int). Method in class JobManager: Returns the number of tasks in the given state, contained by the given job.
numberOfTasksInJob(int, int). Method in class TheSimulator: Returns the number of tasks in the given state, contained by the given job
numberOfTasksInJobOnPE(int, int). Method in class JobManager: Returns the number of tasks on the given processing element, contained by the given job.
numberOfTasksInJobOnPE(int, int). Method in class TheSimulator: Returns the number of tasks on the given processing element, contained by the given job.
numberOfTasksInJobOnPE(int, int, int). Method in class JobManager: Returns the number of tasks on the given processing element in the given state, contained by the given job.
numberOfTasksInJobOnPE(int, int, int). Method in class TheSimulator: Returns the number of tasks on the given processing element in the given state, contained by the given job.
numberOfTasksOnPE(int). Method in class Job: Returns the number of tasks on the given processing element, contained by this object.
numberOfTasksOnPE(int). Method in class JobManager: Returns the number of task on the given processing element.
numberOfTasksOnPE(int, int). Method in class Job: Returns the number of tasks on the given processing element in the given state, contained by this object.
numberOfTasksOnPE(int, int). Method in class JobManager: Returns the number of task on the given processing element in the given state.
numberOfTasksSpinning(). Method in class Job: Returns the number of tasks spinning, contained by this object.
numberOfTasksSpinSync(). Method in class Job: Returns the number of tasks spinning due to synchronization, contained by this object.

P

PeIdle(float, int, int). Method in class GangScheduling: Invoked when a PE has become idle for some reason
PeIdle(float, int, int). Method in interface SchedulerInterface: Invoked when a PE has become idle for some reason
PeIdleEvent(Object, EventDestination, float, int, int). Constructor for class PeIdleEvent
PreemptStatistics(int, float). Method in class TheSimulator
PreemptTaskEvent(Task, float). Constructor for class PreemptTaskEvent: Constructs a preempt task event.
printStatistics(). Method in class TheSimulator
ProbabilityDistribution(). Constructor for class ProbabilityDistribution
processEvent(SimEvent). Method in class Simulator: override this method to see all events that pass through the simulator
processEvent(SimEvent). Method in class TheSimulator: Overrides method in Simulator.
Processor(int, Network, int, int, int, TheSimulator). Constructor for class Processor: Create a new processor with the specified characteristics
Processor(int, Network, int, int, int, TheSimulator, float, float, float). Constructor for class Processor: Create a new processor with the specified characteristics for a LogP network
ProcessorEvent(Object, EventDestination, float, int). Constructor for class ProcessorEvent
pSeed. Static variable in class ProbabilityDistribution: Random number generator for internal use.

Q

queueElements(). Method in class Simulator

R

randomTask(Task). Method in class Job: Returns a randomly chosen task.
randomTasks(float, Task). Method in class Job: Returns an array of randomly chosen tasks.
rd. Static variable in class HyperErlangDistribution
rd. Static variable in class UniformDistribution
readConfigStream(FileInputStream). Method in class Network: Creates a network according to the supplied instream for a specification of the file format see configfile.spec
READY. Static variable in class Task: The ready state.
ReceiveEvent(SendEvent). Constructor for class ReceiveEvent
regScheduler(SchedulerInterface). Method in class TheSimulator: Registers an instance of the Scheduler class in the simulator
removeEvent(SimEvent). Method in class Network: Removes an already existing event from the global simulation queue
removeEvent(SimEvent). Method in class Simulator
removeEvents(Object). Method in class Simulator
removeEventsToTask(long). Method in class TheSimulator
RUNNING. Static variable in class Task: The running state.
RunTaskEvent(Object, EventDestination, float, long, int, float). Constructor for class RunTaskEvent: Constructs a run task event.

S

scheduleTask(int, long, float, float). Method in class TheSimulator: Schedules a task at a processor at a certain time
ScheduleTaskEvent(Object, EventDestination, float, int, long, float). Constructor for class ScheduleTaskEvent
SendEvent(Object, EventDestination, float, int, long, int, long, int). Constructor for class SendEvent
SendEvent(Object, EventDestination, float, int, long, int, long, int, boolean). Constructor for class SendEvent
setFrom(Object). Method in class SimEvent
setSeed(long). Static method in class ProbabilityDistribution: Sets the seed of the generator the the samples.
setStopTime(int). Method in class Simulator
setTime(float). Method in class SimEvent
setTo(EventDestination). Method in class SimEvent
setType(int). Method in class Network: Set the network type
setType(int, int). Method in class Network: Set the network type
SimEvent(Object, EventDestination, float). Constructor for class SimEvent
Simulator(). Constructor for class Simulator
size(). Method in class TaskSynchronization: Returns the number of involved tasks.
SpawnTaskEvent(Task, float, int). Constructor for class SpawnTaskEvent: Constructs an spawn task event.
spinTime. Variable in class Task: Spin time of the task
start(). Method in class Simulator: call this method to start the simulation
start(). Method in class TheSimulator: Starts the simulation
StartIOTaskEvent(Task, float). Constructor for class StartIOTaskEvent: Constructs a start I/O task event.
stateOfTask(long). Method in class TheSimulator: Return the state of a task
stop(). Method in class Simulator: override this method to perform some action when the simulation has stopped
stop(). Method in class TheSimulator: Overrides stop method in Simulator.
SUSPENDED. Static variable in class Task: The suspended state.
SuspendedTaskEvent(Object, EventDestination, int, int, int). Constructor for class SuspendedTaskEvent: Constructs an suspended task event.
synchronizationRequested(Task). Method in class Job: Tests if a synchronization has been requested for the given task.
synchronize(Task). Method in class Job: Notifies this job that a tasks synchronizes.
synchronize(Task, Simulator). Method in class TaskSynchronization: Synchronizes the given task.
SYNCHRONIZING. Static variable in class SuspendedTaskEvent: Reason for suspension is synchronization.
SYNCHRONIZING. Static variable in class Task: The synchronizing state.
SYNCHRONOUS. Static variable in class Network: If the network is SYNCHRONOUS

T

TaskArrival(float, long). Method in class GangScheduling: Invoked when a new task arrives, only if the network is asynchronous
TaskArrival(float, long). Method in interface SchedulerInterface: Invoked when a new task arrives, only if the network is asynchronous
TaskArrivalEvent(Object, EventDestination, int, long). Constructor for class TaskArrivalEvent: Constructs a task arrival event.
taskEnded(Task, float). Method in class Job: Called by an ended task.
TaskEvent(Object, EventDestination, float, long). Constructor for class TaskEvent: Constructs a task event.
tasks(). Method in class Job: Returns an array with global task identifiers for all tasks contained by this object.
tasks(). Method in class JobManager: Returns an array with global task identifiers for tasks, contained by jobs managed by this object.
tasks(). Method in class TheSimulator: Returns an array with global task identifiers for tasks, contained by jobs managed by this object.
tasks(int). Method in class Job: Returns an array with global task identifiers for all tasks in the given state, contained by this object.
tasks(int). Method in class JobManager: Returns an array with global task identifiers for tasks in the given state, contained by jobs managed by this object.
tasks(int). Method in class TheSimulator: Returns an array with global task identifiers for tasks in the given state, contained by jobs managed by this object.
tasksInJob(int). Method in class JobManager: Returns an array with global task identifiers for tasks contained by the given job.
tasksInJob(int). Method in class TheSimulator: Returns an array with global task identifiers for tasks contained by the given job.
tasksInJob(int, int). Method in class JobManager: Returns an array with global task identifiers for tasks in the given state, contained by the given job.
tasksInJob(int, int). Method in class TheSimulator: Returns an array with global task identifiers for tasks in the given state contained by the given job.
tasksInJobOnPE(int, int). Method in class JobManager: Returns an array with global task identifiers for all tasks on the given processing element, contained by the given job.
tasksInJobOnPE(int, int). Method in class TheSimulator: Returns an array with global task identifiers for all tasks on the given processing element, contained by the given job.
tasksInJobOnPE(int, int, int). Method in class JobManager: Returns an array with global task identifiers for all tasks on the given processing element in the given state, contained by the given job.
tasksInJobOnPE(int, int, int). Method in class TheSimulator: Returns an array with global task identifiers for all tasks on the given processing element in the given state, contained by the given job.
tasksOnPE(int). Method in class Job: Returns an array with global task identifiers for all tasks on the given processing element, contained by this object.
tasksOnPE(int). Method in class JobManager: Returns an array with global task identifiers for all tasks on the given processing element, contained by jobs managed by this object.
tasksOnPE(int, int). Method in class Job: Returns an array with global task identifiers for all tasks on the given processing element in the given state, contained by this object.
tasksOnPE(int, int). Method in class JobManager: Returns an array with global task identifiers for all tasks on the given processing element in the given state, contained by jobs managed by this object.
TaskStateChange(float, long). Method in class GangScheduling: Invoked when a task has changed state
TaskStateChange(float, long). Method in interface SchedulerInterface: Invoked when a task has changed state
TaskStatistics(Task). Constructor for class TaskStatistics: Constructs a tasks statistics object.
TaskSynchronization(Task, Task[]). Constructor for class TaskSynchronization: Constructs a task synchronization monitor.
TheSimulator(String[]). Constructor for class TheSimulator: Constructor.
timeSlice. Variable in class Simulator
toString(). Method in class CommTaskEvent: Returns a string representation of this object.
toString(). Method in class EndIOTaskEvent: Returns a string representation of this object.
toString(). Method in class EndOfSpinningEvent: Returns a string representation of this object.
toString(). Method in class EndOfTimeSliceEvent
toString(). Method in class EndSyncTaskEvent: Returns a string representation of this object.
toString(). Method in class EndTaskEvent: Returns a string representation of this object.
toString(). Method in class Job: Returns a string representation of this object.
toString(). Method in class PeIdleEvent
toString(). Method in class PreemptTaskEvent: Returns a string representation of this object.
toString(). Method in class Processor
toString(). Method in class ReceiveEvent
toString(). Method in class RunTaskEvent: Returns a string representation of this object.
toString(). Method in class ScheduleTaskEvent
toString(). Method in class SendEvent
toString(). Method in class SimEvent
toString(). Method in class SpawnTaskEvent: Returns a string representation of this object.
toString(). Method in class StartIOTaskEvent: Returns a string representation of this object.
toString(). Method in class SuspendedTaskEvent: Returns a string representation of this object.
toString(). Method in class Task: Returns a string representation of this object.
toString(). Method in class TaskSynchronization: Returns a string representation of this object.
transmissionSize(). Method in class SendEvent

U

UniformDistribution(float). Constructor for class UniformDistribution: Constructs a uniform probability distribution that generates values within the interval [0, high] with uniform probability.
UniformDistribution(float, float). Constructor for class UniformDistribution: Constructs a uniform probability distribution that generates values within the interval [low, high] with uniform probability.