com.saxonica.fsa
Interface State

All Known Implementing Classes:

AutomatonState, CountingState, DeterminizedState, NonDeterminizedState

public interface State

A State is a dynamic state of the finite state machine. It may either be a static (non-counting) AutomatonState, or a dynamically-created CountingState, which represents the combination of an AutomatonState and a counter value

Method Summary

java.util.Iterator	getEdges() Get an iterator over all the transitions (edges) allowed from this state
Edge	getTransition(int token, NamePool pool) Find the edge representing the transition from this state to another state, that is triggered by a given input token
Edge[]	getWildcardEdges() Get an iterator over the wildcard transitions (edges) allowed from this state.
boolean	isFinalState()
java.lang.CharSequence	listAllowedElements()

Method Detail

getTransition

Edge getTransition(int token,
                   NamePool pool)

Find the edge representing the transition from this state to another state, that is triggered by a given input token

Parameters:

token - the input token, specifically the fingerprint of an element name

pool - the Name Pool

Returns:

the Edge representing the selected transition of the finite state machine, or null if this token is not accepted when in this State (which implies a validation error).

isFinalState

boolean isFinalState()

listAllowedElements

java.lang.CharSequence listAllowedElements()

getWildcardEdges

Edge[] getWildcardEdges()

Get an iterator over the wildcard transitions (edges) allowed from this state.

Returns:

an Iterator over the edges that represent element wildcards. The objects returned by this Iterator are Edge objects.

getEdges

java.util.Iterator getEdges()

Get an iterator over all the transitions (edges) allowed from this state

Returns:

an Iterator over all the edges from this state. The objects returned by this Iterator are Edge objects.