Uses of Class
toolbus.State

Packages that use State

toolbus	This package implements the ToolBus coordination architecture.
toolbus.atom
toolbus.atom.msg
toolbus.atom.note
toolbus.atom.tool
toolbus.process

Uses of State in toolbus

Methods in toolbus that return State

State	StateElement.getFollow()
State	StateElement.gotoNextStateAndActivate()
State	State.gotoNextStateAndActivate()
State	StateElement.gotoNextStateAndActivate(StateElement elem) Get the successor of the StateElement for a given other StateElement elem.
State	State.gotoNextStateAndActivate(StateElement a)
State	State.union(State b)

Methods in toolbus with parameters of type State

State

State.union(State b)

Uses of State in toolbus.atom

Methods in toolbus.atom that return State

State	Delta.getFirst()
State	Atom.gotoNextStateAndActivate()
State	Atom.gotoNextStateAndActivate(StateElement b)

Methods in toolbus.atom with parameters of type State

void	Atom.compile(ProcessInstance pi, java.util.Stack<java.lang.String> calls, State follow)
void	Create.compile(ProcessInstance P, java.util.Stack<java.lang.String> calls, State follow)
void	Assign.compile(ProcessInstance P, java.util.Stack<java.lang.String> calls, State follow)

Uses of State in toolbus.atom.msg

Methods in toolbus.atom.msg with parameters of type State

void	RecMsg.compile(ProcessInstance pi, java.util.Stack<java.lang.String> calls, State follow)

Uses of State in toolbus.atom.note

Methods in toolbus.atom.note with parameters of type State

void	Subscribe.compile(ProcessInstance pi, java.util.Stack<java.lang.String> calls, State follow)

Uses of State in toolbus.atom.tool

Methods in toolbus.atom.tool with parameters of type State

void	Execute.compile(ProcessInstance P, java.util.Stack<java.lang.String> calls, State follow)

Uses of State in toolbus.process

Fields in toolbus.process declared as State

private State	ProcessInstance.currentState
private State	ProcessExpression.first The first (entry) state for the automaton that implements this process expression.
private State	DynamicProcessCall.firstState
private State	ProcessCall.firstState
private State	ProcessExpression.follow The state that follows (= connected to the exit of) the automaton that implements this process expression.
private State[]	Merge.initialState
private State	ProcessInstance.initialState
private State	LeftBiasedAlternative.mergeState
private State	RightBiasedAlternative.mergeState
private State	Merge.mergeState
private State[]	LeftBiasedAlternative.state
private State[]	RightBiasedAlternative.state
private State[]	Merge.state

Methods in toolbus.process that return State

State	ProcessInstance.getCurrentState()
State	LeftBiasedAlternative.getFirst()
State	ProcessExpression.getFirst()
State	RightBiasedAlternative.getFirst()
State	LetDefinition.getFirst()
State	Merge.getFirst()
State	ProcessExpression.getFollow()
State	LetDefinition.getFollow()
State	ProcessInstance.getProcessState()
State	LeftBiasedAlternative.gotoNextStateAndActivate()
State	DynamicProcessCall.gotoNextStateAndActivate()
State	RightBiasedAlternative.gotoNextStateAndActivate()
State	Merge.gotoNextStateAndActivate()
State	ProcessCall.gotoNextStateAndActivate()
State	LeftBiasedAlternative.gotoNextStateAndActivate(StateElement se)
State	DynamicProcessCall.gotoNextStateAndActivate(StateElement se)
State	RightBiasedAlternative.gotoNextStateAndActivate(StateElement se)
State	Merge.gotoNextStateAndActivate(StateElement se)
State	ProcessCall.gotoNextStateAndActivate(StateElement se)

Methods in toolbus.process with parameters of type State

protected void	ProcessExpression.addToFollow(State set)
protected void	LeftBiasedAlternative.compile(ProcessInstance processInstance, java.util.Stack<java.lang.String> calls, State follows)
protected void	Iteration.compile(ProcessInstance P, java.util.Stack<java.lang.String> calls, State follow)
protected void	DynamicProcessCall.compile(ProcessInstance P, java.util.Stack<java.lang.String> calls, State follows)
protected abstract void	ProcessExpression.compile(ProcessInstance processInstance, java.util.Stack<java.lang.String> calls, State followSet)
protected void	RightBiasedAlternative.compile(ProcessInstance processInstance, java.util.Stack<java.lang.String> calls, State follows)
protected void	Disrupt.compile(ProcessInstance P, java.util.Stack<java.lang.String> calls, State follow)
protected void	Alternative.compile(ProcessInstance P, java.util.Stack<java.lang.String> calls, State follow)
protected void	LetDefinition.compile(ProcessInstance P, java.util.Stack<java.lang.String> calls, State follows)
protected void	Merge.compile(ProcessInstance processInstance, java.util.Stack<java.lang.String> calls, State follows)
protected void	Sequence.compile(ProcessInstance P, java.util.Stack<java.lang.String> calls, State follow)
protected void	IfElse.compile(ProcessInstance P, java.util.Stack<java.lang.String> calls, State follows)
protected void	ProcessCall.compile(ProcessInstance P, java.util.Stack<java.lang.String> calls, State follows)
protected void	ProcessExpression.setFirst(State first)
protected void	ProcessExpression.setFollow(State follow)