A B C D E F G H I J K L M N P R S T W X Y _

A

ALLOWED_DELTA - Static variable in class SpaceAccessor

arg - Variable in class Master

args - Variable in class Dynamic

args - Variable in class Heat

args - Variable in class Master

arr - Variable in class TypedArr

ArrayIO - class ArrayIO.

JavaSpaces array i/o benchmark.

ArrayIO(String[]) - Constructor for class ArrayIO

ArrayRef - class ArrayRef.

Utility class which demonstrates the severe performance penalties of accessing multidimensional arrays in Java.

ArrayRef(String[]) - Constructor for class ArrayRef

B

banner() - Method in class ComputeMaster

body - Variable in class CSrc

C

checkp() - Method in class Timer

checkp(String) - Method in class Timer

checkpSecs() - Method in class Timer

cInvoke(String[]) - Method in class Executive

CMapMaster - class CMapMaster.

Master subclass, derived for ISIS confidence contour map computations.

CMapMaster(String[]) - Constructor for class CMapMaster

collectTasks() - Method in class ImagePMaster

collectTasks() - Method in class Master

compute() - Method in class Dynamic

compute() - Method in class ExternalProcess

compute() - Method in class Heat

compute() - Method in class Histogram

compute() - Method in class Jacobi

compute() - Method in class Neutron

compute() - Method in class Neutron.Surrogate

compute() - Method in class Pi

compute() - Method in class Sieve

compute() - Method in class Smooth

compute() - Method in class Task

ComputeMaster - class ComputeMaster.

Master subclass, derived for scientific computation.

ComputeMaster(String[]) - Constructor for class ComputeMaster

content - Variable in class Message

CSrc - class CSrc.

C source code base class for Tonic dynamic compilation technique.

CSrc() - Constructor for class CSrc

D

data - Variable in class Task

distributeTasks() - Method in class ImagePMaster

distributeTasks() - Method in class Master

done - Variable in class Task

DoubleArr - class DoubleArr.

DoubleArr() - Constructor for class DoubleArr

DoubleArr(double[]) - Constructor for class DoubleArr

DoubleArr(int) - Constructor for class DoubleArr

DoubleArr(Integer, Integer) - Constructor for class DoubleArr

DoubleArr(int, Integer, Integer) - Constructor for class DoubleArr

Dynamic - class Dynamic.

The Dynamic class is the first step in the Tonic dynamic compilation technique.

Dynamic() - Constructor for class Dynamic

Dynamic(int, String[]) - Constructor for class Dynamic

Dynamic(int, String[], Task) - Constructor for class Dynamic

E

echoTasks() - Method in class CMapMaster

execute() - Method in class Task

Executive - class Executive.

Executive(String) - Constructor for class Executive

ExternalProcess - class ExternalProcess.

Models the invocation of arbitrary programs as Worker tasks.

ExternalProcess() - Constructor for class ExternalProcess

ExternalProcess(long, String) - Constructor for class ExternalProcess

ExternalProcess(long, String[]) - Constructor for class ExternalProcess

F

finalize() - Method in class Task

format(double) - Method in class Master

format(double) - Method in class Reporter

format(double) - Method in class Timer

from - Variable in class TypedArr

G

generateTask() - Method in class CMapMaster

generateTask() - Method in class ComputeMaster

generateTask() - Method in class ImagePMaster

generateTask() - Method in class Master

getChunkSize() - Method in class ImageChunker

getCurrChunkNum() - Method in class ImageChunker

getData() - Method in class ImageChunker

getDims() - Method in class ImageChunker

getImage() - Method in class ImageChunker

getJavaSpace() - Static method in class SpaceAccessor

getJavaSpace(String) - Static method in class SpaceAccessor

getJavaSpace(String, String) - Static method in class SpaceAccessor

getJavaSpace(String, String, ServiceID) - Static method in class SpaceAccessor

getName(Object) - Method in class Sizeof

getNextChunk(Point) - Method in class ImageChunker

getNumBytes() - Method in class ImageChunker

getNumChunks() - Method in class ImageChunker

getNumPixels() - Method in class ImageChunker

getSize(Object) - Method in class Sizeof

getSpace() - Static method in class SpaceAccessor

Deprecated. Use getJavaSpace()

getSpace(String) - Static method in class SpaceAccessor

Deprecated. Use getJavaSpace(String jiniURL, String spaceName)

H

Heat - class Heat.

1 W Point Source Heating in Infinite Isotropic Scattering Medium Because of random number patterns the results of P distinct Workers executing N/P photons will in general be different from 1 Worker executing N photons (in fact, to ensure that each Worker does not return precisely the same result as all the others we seed the generator with the current system time).

Heat() - Constructor for class Heat

Heat(int, String[]) - Constructor for class Heat

HeatCSrc - class HeatCSrc.

HeatCSrc() - Constructor for class HeatCSrc

Histogram - class Histogram.

Histogram() - Constructor for class Histogram

Histogram(int, int, int, int, int, Object) - Constructor for class Histogram

I

id - Variable in class Task

ImageChunker - class ImageChunker.

ImageChunker(String) - Constructor for class ImageChunker

ImageChunker(String, int) - Constructor for class ImageChunker

ImageChunker(String, int, int) - Constructor for class ImageChunker

ImageDisplayer - class ImageDisplayer.

ImageDisplayer(String) - Constructor for class ImageDisplayer

ImagePMaster - class ImagePMaster.

Master subclass, derived for image processing computations.

ImagePMaster(String[]) - Constructor for class ImagePMaster

ImagePTask - class ImagePTask.

ImagePTask() - Constructor for class ImagePTask

ImagePTask(int, int, int, int, int) - Constructor for class ImagePTask

ImagePTask(int, int, int, int, int, Object) - Constructor for class ImagePTask

init() - Method in class ImageChunker

init() - Method in class Master

init(Entry) - Method in class Master

init(Entry, String) - Method in class Master

init(String[]) - Method in class CMapMaster

invoke(String[]) - Method in class Executive

J

Jacobi - class Jacobi.

This class demonstrates the use of JavaSpaces to solve iterative problems on a regular grid/mesh.

Jacobi() - Constructor for class Jacobi

Jacobi(long, int, int, double, JavaSpace) - Constructor for class Jacobi

K

keepData() - Method in class Histogram

keepData() - Method in class Task

L

listComputations() - Method in class ComputeMaster

M

main(String[]) - Static method in class ArrayIO

main(String[]) - Static method in class ArrayRef

main(String[]) - Static method in class CMapMaster

main(String[]) - Static method in class ComputeMaster

main(String[]) - Static method in class ImageDisplayer

main(String[]) - Static method in class ImagePMaster

main(String[]) - Static method in class NeuralNQ

main(String[]) - Static method in class NullIO

main(String[]) - Static method in class NullReader

main(String[]) - Static method in class NullWriter

main(String[]) - Static method in class Partition2D

main(String[]) - Static method in class PrimitiveObj

main(String[]) - Static method in class Squeegee

main(String[]) - Static method in class StringIO

main(String[]) - Static method in class Worker

Master - class Master.

Base class for master/worker paradigm.

Master() - Constructor for class Master

mergeResult(Object) - Method in class Dynamic

mergeResult(Object) - Method in class ExternalProcess

mergeResult(Object) - Method in class Heat

mergeResult(Object) - Method in class Jacobi

mergeResult(Object) - Method in class Neutron

mergeResult(Object) - Method in class Pi

mergeResult(Object) - Method in class Sieve

mergeResult(Object) - Method in class Task

Message - class Message.

Message() - Constructor for class Message

metaResult - Variable in class Master

msg(String, String, int) - Method in class Sizeof

N

N - Variable in class Jacobi

N - Variable in class Pi

N - Variable in class Sieve

name() - Method in class CMapMaster

name() - Method in class ComputeMaster

name() - Method in class Dynamic

name() - Method in class ExternalProcess

name() - Method in class Heat

name() - Method in class Histogram

name() - Method in class Jacobi

name() - Method in class Master

name() - Method in class Neutron

name() - Method in class Pi

name() - Method in class Sieve

name() - Method in class Smooth

name() - Method in class Task

NeuralNQ - class NeuralNQ.

NeuralNQ(String[]) - Constructor for class NeuralNQ

Neutron - class Neutron.

Neutron.Surrogate - class Neutron.Surrogate.

Neutron.Surrogate(String[]) - Constructor for class Neutron.Surrogate

Neutron() - Constructor for class Neutron

Neutron(int, String[]) - Constructor for class Neutron

NeutronCSrc - class NeutronCSrc.

NeutronCSrc() - Constructor for class NeutronCSrc

NullIO - class NullIO.

JavaSpaces null message benchmark.

NullIO.NullEntry - class NullIO.NullEntry.

NullIO.NullEntry() - Constructor for class NullIO.NullEntry

NullIO(String[]) - Constructor for class NullIO

NullReader - class NullReader.

NullReader: receiver side of uncoupled null tuple benchmark.

NullReader(String[]) - Constructor for class NullReader

NullWriter - class NullWriter.

NullWriter: sender side of uncoupled null tuple benchmark.

NullWriter.NullEntry - class NullWriter.NullEntry.

NullWriter.NullEntry() - Constructor for class NullWriter.NullEntry

NullWriter(String[]) - Constructor for class NullWriter

numIters - Variable in class Master

numObjs - Variable in class Master

numTasksProcessed - Variable in class Master

P

P - Variable in class Jacobi

P - Variable in class Sieve

paint(Graphics) - Method in class ImageDisplayer

Partition2D - class Partition2D.

Partition2D(String[]) - Constructor for class Partition2D

Pi - class Pi.

Compute PI by evaluating the integral(4/(1+x*x)dx) from 0 to 1, which can be approximated by the discrete sum(4 / ((1+(k-1/2)**2))(1/N)) from k=1 to N.

Pi() - Constructor for class Pi

Pi(long, long, long) - Constructor for class Pi

PrimitiveObj - class PrimitiveObj.

Utility class which demonstrates the performance penalties of using object wrappers for the Java primitive numeric types.

PrimitiveObj() - Constructor for class PrimitiveObj

printEntrySize(Object) - Method in class Sizeof

printHeader(String) - Method in class Reporter

printObjSize(Object) - Method in class Sizeof

printObjSize(String) - Method in class Sizeof

processEvent(Event) - Method in class ImageDisplayer

progArgs() - Method in class ExternalProcess

progName() - Method in class ExternalProcess

R

randFloat() - Method in class Neutron.Surrogate

rClass - Variable in class Master

Reducer - class Reducer.

The Reducer provides simple gather/reduce + broadcast capability.

Reducer(JavaSpace, int) - Constructor for class Reducer

reporter - Variable in class Master

Reporter - class Reporter.

Basic benchmark statistics reporting.

Reporter(String, int, int) - Constructor for class Reporter

Reporter(String, int, Object) - Constructor for class Reporter

reportResult(Object) - Method in class Dynamic

reportResult(Object) - Method in class ExternalProcess

reportResult(Object) - Method in class Heat

reportResult(Object) - Method in class Jacobi

reportResult(Object) - Method in class Neutron

reportResult(Object) - Method in class Pi

reportResult(Object) - Method in class Sieve

reportResult(Object) - Method in class Task

reportResults() - Method in class Master

result - Variable in class Task

rMethod - Variable in class Master

run() - Method in class ImageChunker

run() - Method in class Reducer

run() - Method in class Worker.WorkThread

S

seed - Variable in class NeuralNQ

seed - Variable in class Neutron.Surrogate

shift() - Method in class Master

shift(int) - Method in class Master

Sieve - class Sieve.

Sieve() - Constructor for class Sieve

Sieve(int, long, int) - Constructor for class Sieve

Sizeof - class Sizeof.

Analogous to ANSI C sizeof() operator.

Sizeof() - Constructor for class Sizeof

Sizeof(Object) - Constructor for class Sizeof

Sizeof(String) - Constructor for class Sizeof

Smooth - class Smooth.

Smooth() - Constructor for class Smooth

Smooth(int, int, int, int, int, Object) - Constructor for class Smooth

snapshot - Variable in class Master

space - Variable in class Jacobi

space - Variable in class Master

SpaceAccessor - class SpaceAccessor.

This class can be used as replacement for the SpaceAccessor class used in the book: JavaSpaces(tm) Principles, Patterns and Practice" by Freeman, Hupfer, Arnold I took the liberty to refactor Luba Powell's SpaceWrapper class and this is the result.

SpaceAccessor() - Constructor for class SpaceAccessor

SpaceAccessorException - exception SpaceAccessorException.

This Exceptions will be thrown if the SpaceAccessor can't find
a JavaSpace within IMHO reasonable amount of time.
The default timeout value is 10 seconds.

SpaceAccessorException() - Constructor for class SpaceAccessorException

SpaceAccessorException(String) - Constructor for class SpaceAccessorException

Squeegee - class Squeegee.

Utility class to clean all tuples from a JavaSpace.

Squeegee(String[]) - Constructor for class Squeegee

srcCode - Variable in class Dynamic

stepsize - Variable in class Pi

StridedArr - class StridedArr.

StridedArr() - Constructor for class StridedArr

StridedArr(double[], int) - Constructor for class StridedArr

StringIO - class StringIO.

StringIO(String[]) - Constructor for class StringIO

summarize() - Method in class Reporter

surrogate - Variable in class Heat

surrogate - Variable in class Neutron

T

taker() - Method in class Squeegee

takeReport(double) - Method in class Reporter

task - Variable in class Master

Task - class Task.

Base class for modeling units of work within the Tonic framework.

Task() - Constructor for class Task

Task(int) - Constructor for class Task

timer - Variable in class Master

Timer - class Timer.

Provides basic timer/checkpointing capabilities.

Timer() - Constructor for class Timer

tName - Variable in class Dynamic

to - Variable in class TypedArr

tolerance - Variable in class ComputeMaster

tolerance - Variable in class Jacobi

total() - Method in class Timer

total(String) - Method in class Timer

TypedArr - class TypedArr.

TypedArr() - Constructor for class TypedArr

W

work() - Method in class Worker

Worker - class Worker.

Client side class for master/worker paradigm.

Worker.WorkThread - class Worker.WorkThread.

Worker(String[]) - Constructor for class Worker

writeReport(double) - Method in class Reporter

X

x - Variable in class ImagePTask

xlen - Variable in class ImagePTask

Y

y - Variable in class ImagePTask

ylen - Variable in class ImagePTask

_

_progArgs - Variable in class ExternalProcess

_progName - Variable in class ExternalProcess

A B C D E F G H I J K L M N P R S T W X Y _