Uses of Class
dk.rode.thesis.memento.SequenceMemento

Packages that use SequenceMemento

dk.rode.thesis.bridge	Implementations and examples of the Bridge design pattern [Gamma95, p.151].
dk.rode.thesis.command	Implementations and examples of the Command design pattern [Gamma95, p.233].
dk.rode.thesis.memento	Implementations and examples of the Memento design pattern [Gamma95, p.283].

Uses of SequenceMemento in dk.rode.thesis.bridge

Methods in dk.rode.thesis.bridge that return SequenceMemento

SequenceMemento<E>

MemorizableSequenceAbstraction.getMemorizableState()

Methods in dk.rode.thesis.bridge that return types with arguments of type SequenceMemento

private static <E> Map<MemorizableSequence<E>,SequenceMemento<E>>

Main.createMap() Creates a new map to store (memorizable sequence, memento) pairs.

Methods in dk.rode.thesis.bridge with parameters of type SequenceMemento

void	MemorizableSequenceAbstraction.setMemorizableState(SequenceMemento<E> memento)

Method parameters in dk.rode.thesis.bridge with type arguments of type SequenceMemento

private static <E> boolean	Main.create(Log out, Map<MemorizableSequence<E>,SequenceMemento<E>> mementos, MemorizableSequence<E> sequence) Creates a new memento acquired from sequence.
private static <E> boolean	Main.use(Log out, Map<MemorizableSequence<E>,SequenceMemento<E>> mementos, MemorizableSequence<E> sequence) Updates sequence using the relevant memento stored in mementos.

Uses of SequenceMemento in dk.rode.thesis.command

Fields in dk.rode.thesis.command declared as SequenceMemento

private SequenceMemento<E>

SequenceCommand.memento A sequence memento to restore the previous state if SequenceCommand.sequence is a memorizable sequence.

Uses of SequenceMemento in dk.rode.thesis.memento

Subclasses of SequenceMemento in dk.rode.thesis.memento

class

GuardedSequenceMemento<E> A guarded sequence memento offer the same functionality as SequenceMemento, but enforce access rules to ensure that only a (memorizable) sequence can set or get the memento state.

Methods in dk.rode.thesis.memento that return SequenceMemento

SequenceMemento<Integer>	RangeSequence.getMemorizableState()
SequenceMemento<E>	MemorizableSequence.getMemorizableState() Returns a sequence memento representing the current state of this sequence.
SequenceMemento<String>	MemorizableEnglishAlphabetSequence.getMemorizableState()

Methods in dk.rode.thesis.memento that return types with arguments of type SequenceMemento

private static <E> Map<MemorizableSequence<E>,SequenceMemento<E>>

Main.createMap() Creates a new map to store (memorizable sequence, memento) pairs.

Methods in dk.rode.thesis.memento with parameters of type SequenceMemento

void	MemorizableSequence.setMemorizableState(SequenceMemento<E> memento) Updates this sequence to the state supplied as memento.
void	RangeSequence.setMemorizableState(SequenceMemento<Integer> memento)
void	MemorizableEnglishAlphabetSequence.setMemorizableState(SequenceMemento<String> memento)

Method parameters in dk.rode.thesis.memento with type arguments of type SequenceMemento

private static <E> boolean	Main.checkAccess(Log out, Map<MemorizableSequence<E>,SequenceMemento<E>> mementos, Sequence<E> sequence) Checks access rules to guarded mementos.
private static <E> boolean	Main.create(Log out, Map<MemorizableSequence<E>,SequenceMemento<E>> mementos, MemorizableSequence<E> sequence) Creates a new memento acquired from sequence.
private static <E> boolean	Main.use(Log out, Map<MemorizableSequence<E>,SequenceMemento<E>> mementos, MemorizableSequence<E> sequence) Updates sequence using the relevant memento stored in mementos.

Constructors in dk.rode.thesis.memento with parameters of type SequenceMemento

MemorizableException(SequenceMemento<?> memento)
Constructor.