Uses of Class
javax.speech.EngineStateException

Packages that use EngineStateException

javax.speech	Provides interfaces and classes for connecting to speech Engines.
javax.speech.recognition	Provides interfaces and classes for using speech Recognizers.
javax.speech.synthesis	Provides interfaces and classes for using speech Synthesizers.

Uses of EngineStateException in javax.speech

Methods in javax.speech that throw EngineStateException

void	VocabularyManager.addWord(Word word) Adds a Word to this VocabularyManager.
void	VocabularyManager.addWords(Word[] words) Adds an array of Words to this VocabularyManager.
void	Engine.allocate() Allocates the resources required for this Engine and puts it into the ALLOCATED state.
void	Engine.allocate(int mode) Allocates the resources required for this Engine using the mode specified and puts it into the ALLOCATED state.
void	AudioManager.audioStart() Starts the audio for this AudioManager.
void	AudioManager.audioStop() Stops the audio for this AudioManager.
void	Engine.deallocate() Deallocates the resources acquired for this Engine and returns it to the DEALLOCATED state.
void	Engine.deallocate(int mode) Deallocates the resources acquired for this Engine using the mode specified and returns it to the DEALLOCATED state.
String[]	VocabularyManager.getPronunciations(String text, SpeechLocale locale) Returns the pronunciations corresponding to plain text for the given locale.
Word[]	VocabularyManager.getWords(String text, SpeechLocale locale) Returns Words matching the specified written-form text and locale.
void	Engine.pause() Pauses the audio processing for this Engine and puts it into the PAUSED state.
void	VocabularyManager.removeWord(Word word) Removes a Word from the VocabularyManager.
void	VocabularyManager.removeWords(Word[] words) Removes an array of Words from the VocabularyManager.
boolean	Engine.resume() Resumes audio processing for this Engine by entering the RESUMED state.

Uses of EngineStateException in javax.speech.recognition

Methods in javax.speech.recognition that throw EngineStateException

void	Recognizer.allocate() Allocates the resources required for this Engine and puts it into the ALLOCATED state.
void	Recognizer.allocate(int mode) Allocates the resources required for this Engine using the mode specified and puts it into the ALLOCATED state.
RuleGrammar	GrammarManager.createRuleGrammar(String grammarReference, String rootName) Creates a new RuleGrammar for this GrammarManager with the specified grammarReference and rootName.
RuleGrammar	GrammarManager.createRuleGrammar(String grammarReference, String rootName, SpeechLocale locale) Creates a new RuleGrammar for this GrammarManager with the specified grammarReference, rootName, and locale.
void	Recognizer.deallocate() Deallocates the resources acquired for this Engine and returns it to the DEALLOCATED state.
void	Recognizer.deallocate(int mode) Deallocates the resources acquired for this Engine using the mode specified and returns it to the DEALLOCATED state.
void	GrammarManager.deleteGrammar(Grammar grammar) Deletes a Grammar from this GrammarManager.
Grammar	GrammarManager.getGrammar(String grammarReference) Gets the Grammar with the specified grammarReference.
Grammar[]	GrammarManager.listGrammars() Lists the Grammars known to this GrammarManager.
Grammar	GrammarManager.loadGrammar(String grammarReference, String mediaType) Loads a Grammar from a URI or named resource.
Grammar	GrammarManager.loadGrammar(String grammarReference, String mediaType, boolean loadReferences, boolean reloadReferences, Vector loadedGrammars) Loads a Grammar from a URI or named resource with options for loading any referenced Grammars.
Grammar	GrammarManager.loadGrammar(String grammarReference, String mediaType, InputStream byteStream, String encoding) Loads a Grammar from grammar text provided by an InputStream.
Grammar	GrammarManager.loadGrammar(String grammarReference, String mediaType, Reader charStream) Loads a Grammar from grammar text provided by a Reader.
Grammar	GrammarManager.loadGrammar(String grammarReference, String mediaType, String grammarText) Loads a RuleGrammar from grammar text provided as a String.
void	Recognizer.pause() Pauses the audio processing for this Engine and puts it into the PAUSED state.
void	Recognizer.pause(int mode) Pauses a Recognizer with additional options.
void	Recognizer.processGrammars() Informs this Recognizer that Grammars have changed.
void	Recognizer.releaseFocus() Releases the recognition focus from this Recognizer.
void	Recognizer.requestFocus() Requests the recognition focus for this Recognizer.
void	SpeakerManager.restoreCurrentSpeaker() Restores the speaker data for the current SpeakerProfile to the last saved version.
boolean	Recognizer.resume() Resumes audio processing for this Engine by entering the RESUMED state.
void	SpeakerManager.saveCurrentSpeaker() Saves the speaker data for the current SpeakerProfile.

Uses of EngineStateException in javax.speech.synthesis

Methods in javax.speech.synthesis that throw EngineStateException

void	Synthesizer.allocate() Allocates the resources required for this Engine and puts it into the ALLOCATED state.
void	Synthesizer.allocate(int mode) Allocates the resources required for this Engine using the mode specified and puts it into the ALLOCATED state.
boolean	Synthesizer.cancel() Cancels output of the current object at the top of the Synthesizer output queue.
boolean	Synthesizer.cancel(int id) Removes the object specified by the id from the Synthesizer output queue.
boolean	Synthesizer.cancelAll() Cancels all objects in the Synthesizer output queue and stops speaking the current top-of-queue object.
void	Synthesizer.deallocate() Deallocates the resources acquired for this Engine and returns it to the DEALLOCATED state.
void	Synthesizer.deallocate(int mode) Deallocates the resources acquired for this Engine using the mode specified and returns it to the DEALLOCATED state.
void	Synthesizer.pause() Pauses the audio processing for this Engine and puts it into the PAUSED state.
boolean	Synthesizer.resume() Resumes audio processing for this Engine by entering the RESUMED state.
int	Synthesizer.speak(AudioSegment audio, SpeakableListener listener) Speaks an AudioSegment.
int	Synthesizer.speak(Speakable speakable, SpeakableListener listener) Speaks an object that provides synthesis markup text through the Speakable interface.
int	Synthesizer.speak(String text, SpeakableListener listener) Speaks a plain text String.
int	Synthesizer.speakMarkup(String synthesisMarkup, SpeakableListener listener) Speaks a String containing text synthesis markup text.