Uses of Class
FSA.Continuation

Packages that use Continuation

Package	Description
FMA	Finite Memory Automata, extends the package FSA.
FSA	Finite State Automata, this is the basic package including all the class to extend.
PFSA	Pushdown Nominal Automata, extends the package FSA.

Uses of Continuation in FMA

Subclasses of Continuation in FMA

Modifier and Type	Class and Description
class	FMAContinuation Extends the Continuation by adding the register

Methods in FMA that return Continuation

Modifier and Type	Method and Description
Continuation	FMAContinuation.cloneWithoutTransition() Clone this continuation without the transitions
protected Continuation	FMASimulator.createContinuation() Create a new Continuation with the freezed state of the automaton

Methods in FMA with parameters of type Continuation

Modifier and Type	Method and Description
boolean	FMAContinuation.equalWithoutTransition(Continuation c) Check if this transition is equal to c without checking the transitions
protected void	FMASimulator.restoreStateContinuation(Continuation c) restore the state of the simulator with the parameters in the continuation C.

Uses of Continuation in FSA

Methods in FSA that return Continuation

Modifier and Type	Method and Description
Continuation	Continuation.cloneWithoutTransition() Clone this continuation, without specifying the transitions
protected Continuation	Simulator.createContinuation() Freeze the actual state of the simulator in a continuation

Methods in FSA with parameters of type Continuation

Modifier and Type	Method and Description
boolean	Continuation.containTransition(Continuation c, Transition t) Check if the continuation c is equal without transition to this continuation, and if the transition t is contained in this continuation
boolean	Continuation.equalWithoutTransition(Continuation c) Check if the continuation c has the same pointer state and pointer string of this continuation
protected void	Simulator.restoreStateContinuation(Continuation c) restore the state of the simulator freezed in the continuation c

Method parameters in FSA with type arguments of type Continuation

Modifier and Type	Method and Description
protected Transition	Simulator.backtracking(java.util.Vector<Continuation> continuation, java.util.Vector<Continuation> visited) Select a transition in the continuation that is not visited, save it in the visited continuation and restore the state of the continuation.
protected Transition	Simulator.backtracking(java.util.Vector<Continuation> continuation, java.util.Vector<Continuation> visited) Select a transition in the continuation that is not visited, save it in the visited continuation and restore the state of the continuation.
protected boolean	Simulator.step(int symbol, java.util.Vector<Continuation> continuation, java.util.Vector<Continuation> visited) Select all the possible transition that can be executed in this configuration, then perform the first transition and store all the other in the continuation.
protected boolean	Simulator.step(int symbol, java.util.Vector<Continuation> continuation, java.util.Vector<Continuation> visited) Select all the possible transition that can be executed in this configuration, then perform the first transition and store all the other in the continuation.

Uses of Continuation in PFSA

Subclasses of Continuation in PFSA

Modifier and Type	Class and Description
class	PFSAContinuation Extends Continuation by adding stack and registers.

Methods in PFSA that return Continuation

Modifier and Type	Method and Description
Continuation	PFSAContinuation.cloneWithoutTransition() Clone this continuation without the transitions
protected Continuation	PFSASimulator.createContinuation() Create a new Continuation with the freezed state of the automaton

Methods in PFSA with parameters of type Continuation

Modifier and Type	Method and Description
boolean	PFSAContinuation.equalWithoutTransition(Continuation c) Check if this transition is equal to c without checking the transitions
protected void	PFSASimulator.restoreStateContinuation(Continuation c) restore the state of the simulator with the parameters in the continuation C.