Uses of Interface
org.objectweb.proactive.calcium.interfaces.Instruction

Packages that use Instruction

org.objectweb.proactive.calcium	This is the main package of the Calcium skeleton framework.
org.objectweb.proactive.calcium.interfaces	This package contains the main interfaces provided by the framework.
org.objectweb.proactive.calcium.skeletons	This package contains the skeletons supported by the framework @author ProActive Team.

Uses of Instruction in org.objectweb.proactive.calcium

Methods in org.objectweb.proactive.calcium that return Instruction

Instruction<T>	Task.peekInstruction()
Instruction<T>	Task.popInstruction()

Methods in org.objectweb.proactive.calcium that return types with arguments of type Instruction

java.util.Vector<Instruction<T>>

Task.getStack() Gives a not so shallow copy of the stack.

Methods in org.objectweb.proactive.calcium with parameters of type Instruction

void	Task.pushInstruction(Instruction<T> inst)

Method parameters in org.objectweb.proactive.calcium with type arguments of type Instruction

void	Task.setStack(java.util.Vector<Instruction<T>> v) Sets a not so shallow reference to the parameter stack.

Uses of Instruction in org.objectweb.proactive.calcium.interfaces

Methods in org.objectweb.proactive.calcium.interfaces that return types with arguments of type Instruction

java.util.Vector<Instruction<T>>

Skeleton.getInstructionStack()

Uses of Instruction in org.objectweb.proactive.calcium.skeletons

Classes in org.objectweb.proactive.calcium.skeletons that implement Instruction

class	DaC<T> This skeleton represents Divide and Conquer parallelism (data parallelism).
class	For<T>
class	If<T> This class provides If conditioning.
class	Map<T> Map is only a special case of Divide and Conquer, and therfore represents data parallelism.
class	Seq<T> The Seq skeleton is a wrapper for the user inputed sequential code.
class	While<T> The while skeleton represents conditioned iteration.

Methods in org.objectweb.proactive.calcium.skeletons that return types with arguments of type Instruction

java.util.Vector<Instruction<T>>	DaC.getInstructionStack()
java.util.Vector<Instruction<T>>	Pipe.getInstructionStack()
java.util.Vector<Instruction<T>>	While.getInstructionStack()
java.util.Vector<Instruction<T>>	For.getInstructionStack()
java.util.Vector<Instruction<T>>	If.getInstructionStack()
java.util.Vector<Instruction<T>>	Seq.getInstructionStack()
java.util.Vector<Instruction<T>>	Farm.getInstructionStack()