node-dectalk - npm Package Compare versions

		@@ -0,15 +1,32 @@
		/// <reference types="node" />
		declare const addon: any;
		export type TTSCallback = (msg: Message, param: any) => void;
		export interface LanguageParams {
		language: number;
		languageAttributes: number;
		readonly language: number;
		readonly languageAttributes: number;
		}
		export interface TTSPhoneme {
		readonly phoneme: number;
		readonly duration: number;
		readonly sampleNumber: number;
		}
		export interface TTSIndex {
		readonly index: number;
		readonly sampleNumber: number;
		}
		export declare enum Message {
		Buffer = 9,
		IndexMark = 1,
		Status = 2,
		Visual = 3
		}
		export interface TTSCaps {
		numberOfLanguages: number;
		languageParams: LanguageParams[];
		sampleRate: number;
		minimumSpeakingRate: number;
		maximumSpeakingRate: number;
		numberOfPredefinedSpeakers: number;
		characterSet: number;
		version: number;
		readonly numberOfLanguages: number;
		readonly languageParams: LanguageParams[];
		readonly sampleRate: number;
		readonly minimumSpeakingRate: number;
		readonly maximumSpeakingRate: number;
		readonly numberOfPredefinedSpeakers: number;
		readonly characterSet: number;
		readonly version: number;
		}
		@@ -33,36 +50,36 @@ export declare enum LogType {
		export declare enum MMSysError {
		/** no error */
		/** No error */
		NoError = 0,
		/** unspecified error */
		/** Unspecified error */
		Error = 1,
		/** device ID out of range */
		/** Device ID out of range */
		BadDeviceID = 2,
		/** driver failed enable */
		/** Driver failed enable */
		NotEnabled = 3,
		/** device already allocated */
		/** Device already allocated */
		Allocated = 4,
		/** device handle is invalid */
		/** Device handle is invalid */
		InvalHandle = 5,
		/** no device driver present */
		/** No device driver present */
		NoDriver = 6,
		/** memory allocation error */
		/** Memory allocation error */
		NoMem = 7,
		/** function isn't supported */
		/** Function isn't supported */
		NotSupported = 8,
		/** error value out of range */
		/** Error value out of range */
		BadErrNum = 9,
		/** invalid flag passed */
		/** Invalid flag passed */
		InvalFlag = 10,
		/** invalid parameter passed */
		/** Invalid parameter passed */
		InvalParam = 11,
		/** handle being used */
		/** Handle being used */
		HandleBusy = 12,
		/** "Specified alias not found in WIN.INI */
		InvalidAlias = 13,
		/** last error in range */
		/** Last error in range */
		LastError = 13
		}
		/** defines for dwFormat field of WAVEINCAPS and WAVEOUTCAPS */
		/** Defines for dwFormat field of WAVEINCAPS and WAVEOUTCAPS */
		export declare enum WaveFormat {
		/** invalid format */
		/** Invalid format */
		InvalidFormat = 0,
		@@ -100,2 +117,5 @@ /** 11.025 kHz, Mono, 8-bit */
		}
		/**
		* The DECtalk Text-To-Speech system supports the following predefined speaking voices.
		*/
		export declare enum Speaker {
		@@ -118,3 +138,3 @@ Paul = 0,
		export declare enum DeviceID {
		/** device ID for wave device mapper */
		/** Device ID for wave device mapper */
		Mapper = 4294967295,
		@@ -124,94 +144,114 @@ /** Open device as shareable */
		}
		/**
		* The main class for the DECtalk Text-To-Speech system.
		*/
		export declare class DecTalk extends addon.DecTalk {
		/**
		* Create a new instance of the DECtalk Text-To-Speech system.
		*/
		constructor();
		/**
		* DECtalk initialization function.
		* Initializes the text-to-speech system; defines the callback routine; and loads the main and user pronunciation dictionaries.
		* @param {(DeviceID \| number)} [deviceID] - Wave out device ID number. `WaveMapper` may be used here if the device ID number is unknown.
		* @param {DeviceManagement} [deviceManagement=DeviceManagement.OwnAudioDevice] - Specifies how the wave output device is managed.
		* @return {MMSysError} This value is zero if initialization was successful.
		* The return value will be one of the following constants:
		*
		* `NoError` = 0 - Normal successful completion <br/>
		* `NoDriver` - No wave out device driver present <br/>
		* `BadDeviceID` - Device ID out of range <br/>
		* `NoMem` - Unable to allocate memory <br/>
		* `Error` - Dictionary not found <br/>
		* `InvalParam` - Invalid param for th eload dictionary <br/>
		* @memberof DecTalk
		* @return {MMSysError} This value is zero if initialization was successful. The return value will be one of the following constants:
		* - {@link MMSysError.NoError \| NoError} - Normal successful completion (zero).
		* - {@link MMSysError.NoDriver \| NoDriver} - No wave out device driver present.
		* - {@link MMSysError.BadDeviceID \| BadDeviceID} - Device ID out of range.
		* - {@link MMSysError.NoMem \| NoMem} - Unable to allocate memory.
		* - {@link MMSysError.Error \| Error} - Dictionary not found.
		* - {@link MMSysError.InvalParam \| InvalParam} - Invalid param for the load dictionary.
		* @comment If the callback procedure is defined, then the calling application will be called via the callback routine when a buffer is filled while in speech-to-memory mode, an error occurs, or an index mark is encountered. <br/>
		* The default parameters are: <br/>
		* * Language: American English.
		* * Speaking rate: 200 words per minute.
		* * Speaker: Paul.
		* @see {@link shutdown}
		* @see {@link openInMemory}
		* @see {@link openLogFile}
		* @see {@link openWaveFile}
		* @see {@link speak}
		*/
		startup(deviceID?: DeviceID \| number, deviceManagement?: DeviceManagement): MMSysError;
		startup(deviceID?: DeviceID \| number, deviceManagement?: DeviceManagement, cb?: TTSCallback): MMSysError;
		/**
		* DECtalk shutdown function.
		* @returns {MMSysError} This value is zero if shutdown was successful.
		* The return value will be one of the following constants:
		*
		* `NoError` = 0 - Normal successful completion <br/>
		* `InvalHandle` - The Text-To-Speech handle is invalid <br/>
		* Shuts down the text-to-speech system and frees all system resources used by the text-to-speech system.
		* @returns {MMSysError} This value is zero if shutdown was successful. The return value will be one of the following constants:
		* - {@link MMSysError.NoError \| NoError} - Normal successful completion (zero).
		* - {@link MMSysError.InvalHandle \| InvalHandle} - The Text-To-Speech handle is invalid.
		* @comment This call is called when you close an application. Any user-defined dictionaries, which were previously loaded, are automatically unloaded. All previously queued text is discarded and the text-to-speech system will immediately stop speaking.
		* @see {@link startup}
		*/
		shutdown(): MMSysError;
		/**
		* This function queues to the Text-To-Speech system.
		* Qqueues to the text-to-speech system. While in startup state, speech samples are routed to the audio device or ignored, depending on whether the {@link DeviceManagement.DoNotUseAudioDevice \| DoNotUseAudioDevice} flag is set in the `deviceOptions` parameter of the startup function. If the text-to-speech system is in one of its special modes (wave-file, log-file, or speech-to-memory modes), the speech samples are handled accordingly.
		* @async
		* @param { ( string \| string[] ) } text - The text to be spoken.
		* @param { boolean } [ force = false ] - Specifies if the text is to be pushed through the Text-To-Speech system even if it is not on a clause boundary.
		* @return {Promise<MMSysError>} The value will be zero if the function is successful.
		* The return value will be one of the following constants:
		*
		* `NoError` = 0 - Normal successful completion <br/>
		* `NoMem` - Unable to allocate memory <br/>
		* `InvalHandle` - The Text-To-Speech handle is invalid <br/>
		* @memberof DecTalk
		* @return {Promise<MMSysError>} The value will be zero if the function is successful. The return value will be one of the following constants:
		* - {@link MMSysError.NoError \| NoError} - Normal successful completion (zero). <br/>
		* - {@link MMSysError.NoMem \| NoMem} - Unable to allocate memory. <br/>
		* - {@link MMSysError.InvalHandle \| InvalHandle} - The Text-To-Speech handle is invalid. <br/>
		* @comment The speaker, speaking rate, and volume can also be changed in the text string by inserting in-line commands as shown in the following example: <br/>
		* `[:name paul] I am Paul. [:nb] I am Betty. [:volume set 50] The volume has been set to 50% of the maximum level. [:ra 120] I am speaking at 120 words per minute.`
		* @see {@link openInMemory}
		* @see {@link openLogFile}
		* @see {@link openWaveFile}
		* @see {@link startup}
		*/
		speak(text: string \| string[], force?: boolean): Promise<MMSysError>;
		/**
		* This function queues to the Text-To-Speech system.
		* Qqueues to the text-to-speech system. While in startup state, speech samples are routed to the audio device or ignored, depending on whether the {@link DeviceManagement.DoNotUseAudioDevice \| DoNotUseAudioDevice} flag is set in the `deviceOptions` parameter of the startup function. If the text-to-speech system is in one of its special modes (wave-file, log-file, or speech-to-memory modes), the speech samples are handled accordingly.
		* @param { ( string \| string[] ) } text - The text to be spoken.
		* @param { boolean } [ force = false ] - Specifies if the text is to be pushed through the Text-To-Speech system even if it is not on a clause boundary.
		* @return {MMSysError} The value will be zero if the function is successful.
		* The return value will be one of the following constants:
		*
		* `NoError` = 0 - Normal successful completion <br/>
		* `NoMem` - Unable to allocate memory <br/>
		* `InvalHandle` - The Text-To-Speech handle is invalid <br/>
		* @memberof DecTalk
		* @return {MMSysError} The value will be zero if the function is successful. The return value will be one of the following constants:
		* - {@link MMSysError.NoError \| NoError} - Normal successful completion (zero). <br/>
		* - {@link MMSysError.NoMem \| NoMem} - Unable to allocate memory. <br/>
		* - {@link MMSysError.InvalHandle \| InvalHandle} - The Text-To-Speech handle is invalid. <br/>
		* @comment The speaker, speaking rate, and volume can also be changed in the text string by inserting in-line commands as shown in the following example: <br/>
		* `[:name paul] I am Paul. [:nb] I am Betty. [:volume set 50] The volume has been set to 50% of the maximum level. [:ra 120] I am speaking at 120 words per minute.`
		* @see {@link openInMemory}
		* @see {@link openLogFile}
		* @see {@link openWaveFile}
		* @see {@link startup}
		*/
		speakSync(text: string \| string[], force?: boolean): MMSysError;
		/**
		* Will block until all previously queued text has been spoken. This function will automatically resume audio if the Text - To - Speech system has been paused by the `pause()` function.
		* Will block until all previously queued text has been spoken. This function will automatically resume audio if the Text - To - Speech system has been paused by the {@link pause()} function.
		* @async
		* @return {Promise<MMSysError>} The value will be zero if the function is successful.
		* The return value will be one of the following constants:
		*
		* `NoError` = 0 - Normal successful completion <br/>
		* `Error` - Unable to complete queued text <br/>
		* `InvalHandle` - The Text-To-Speech handle is invalid <br/>
		* @memberof DecTalk
		* @return {Promise<MMSysError>} The value will be zero if the function is successful. The return value will be one of the following constants:
		* - {@link MMSysError.NoError \| NoError} - Normal successful completion (zero). <br/>
		* - {@link MMSysError.Error \| Error} - Unable to complete queued text. <br/>
		* - {@link MMSysError.InvalHandle \| InvalHandle} - The Text-To-Speech handle is invalid. <br/>
		* @comment This call automatically resumes audio output if the text-to-speech system is in a paused state by a previously issued {@link pause()} call.
		* @see {@link pause}
		*/
		sync(): Promise<MMSysError>;
		/**
		* Will block until all previously queued text has been spoken. This function will automatically resume audio if the Text - To - Speech system has been paused by the `pause()` function.
		* @return {MMSysError} The value will be zero if the function is successful.
		* The return value will be one of the following constants:
		*
		* `NoError` = 0 - Normal successful completion <br/>
		* `Error` - Unable to complete queued text <br/>
		* `InvalHandle` - The Text-To-Speech handle is invalid <br/>
		* @memberof DecTalk
		* Will block until all previously queued text has been spoken. This function will automatically resume audio if the Text-To-Speech system has been paused by the {@link pause()} function.
		* @return {MMSysError} The value will be zero if the function is successful. The return value will be one of the following constants:
		* - {@link MMSysError.NoError \| NoError} - Normal successful completion (zero). <br/>
		* - {@link MMSysError.Error \| Error} - Unable to complete queued text. <br/>
		* - {@link MMSysError.InvalHandle \| InvalHandle} - The Text-To-Speech handle is invalid. <br/>
		* @comment This call automatically resumes audio output if the text-to-speech system is in a paused state by a previously issued {@link pause()} call.
		* @see {@link pause}
		*/
		syncSync(): MMSysError;
		/**
		* Creates a wave file. All subsequent calls to the `speak()` function cause the audio to be written to the specified file until the `closeWaveFile()` function is called.
		*
		* Causes the specified wave file to be opened and the text-to-speech system to enter into wave-file mode. This mode indicates that the speech samples are to be written in wave format into the wave file each time {@link speak()} is called. The text-to-speech system remains in the wave-file mode until {@link closeWaveFile()} is called.
		* @param {string} filename - The name of the wave file to be created.
		* @param {WaveFormat} format - Ddetermines the wave file audio sample format.
		* @return {MMSysError} The value will be zero if the function is successful.
		* The return value will be one of the following constants:
		*
		* `NoError` = 0 - Normal successful completion <br/>
		* `InvalParam` - An invalid parameter was passed (An illegal wave output format value.) <br/>
		* `NoMem` - Unable to allocate memory <br/>
		* `Allocated` - A wave output file is already open <br/>
		* `Error` - Unable to open the wave output file or unable to write to the wave output file <br/>
		* `InvalHandle` - The Text-To-Speech handle is invalid <br/>
		* @memberof DecTalk
		* @param {WaveFormat} format - Determines one or more of the wave file audio sample format.
		* @return {MMSysError} The value will be zero if the function is successful. The return value will be one of the following constants:
		* - {@link MMSysError.NoError \| NoError} - Normal successful completion (zero). <br/>
		* - {@link MMSysError.InvalParam \| InvalParam} - An invalid parameter or an illegal wave output format was passed. <br/>
		* - {@link MMSysError.NoMem \| NoMem} - Memory allocation error. <br/>
		* - {@link MMSysError.Allocated \| Allocated} - A wave file is already open. <br/>
		* - {@link MMSysError.Error \| Error} - Unable to open the wave file or unable to write to the wave file. <br/>
		* - {@link MMSysError.InvalHandle \| InvalHandle} - The Text-To-Speech handle is invalid. <br/>
		* @comment This call automatically resumes audio output if the text-to-speech system is in a paused state by a previously issued {@link pause()} call. <br/>
		* The startup function must be called to start the text-to-speech system before calling {@link openWaveFile()}.
		* @see {@link closeWaveFile}
		* @see {@link pause}
		* @see {@link reset}
		* @see {@link speak}
		* @see {@link startup}
		*/
		@@ -221,116 +261,353 @@ openWaveFile(filename: string, format: WaveFormat): MMSysError;
		* Close the Text-To-Speech Wave File.
		* @return {MMSysError} The value will be zero if the function is successful.
		* The return value will be one of the following constants:
		*
		* `NoError` = 0 - Normal successful completion <br/>
		* `Error` - Failure to wait for pending speech. <br/>
		* OR Unable to update the wave output file header <br/>
		* OR Unable to close the wave output file. <br/>
		* OR No wave output file is open <br/>
		* `InvalHandle` - The Text-To-Speech handle is invalid <br/>
		* @memberof DecTalk
		* @return {MMSysError} The value will be zero if the function is successful. The return value will be one of the following constants:
		* - {@link MMSysError.NoError \| NoError} - Normal successful completion (zero). <br/>
		* - {@link MMSysError.Error \| Error} - Failure to wait for pending speech, unable to update wave file header, or unable to close the wave file. <br/>
		* - {@link MMSysError.InvalHandle \| InvalHandle} - The Text-To-Speech handle is invalid. <br/>
		* @comment The application must call {@link openWaveFile()} before calling {@link closeWaveFile()}.
		* @see {@link openWaveFile}
		*/
		closeWaveFile(): MMSysError;
		/**
		* Creates a file which contains either text, phonemes, or syllables. The phonemes and syllables are written using the arpabet alphabet. After calling this function, all subsequent calls to the `speak()` function cause the log data to be written to specified file until the `closeLogFile()` function is called.
		* Causes the specified log file to be opened and the text-to-speech sytem to enter into the log-file mode. This mode indicates that the speech samples are to be written as text, phonemes, or syllables into the log file each time {@link speak()} is called. The phonemes and syllables are written using the arpabet alphabet. The text-to-speech system remains in the log-file mode until {@link closeLogFile()} is called.
		* @param {string} filename - The name of the log file to be created.
		* @param {LogType=} [logType] - Specifies the type of log file to be created.
		* @return {MMSysError} The value will be zero if the function is successful.
		* The return value will be one of the following constants:
		*
		* `NoError` = 0 - Normal successful completion <br/>
		* `InvalParam` - An invalid parameter was passed <br/>
		* `NoMem` - Unable to allocate memory <br/>
		* `Allocated` - A log file is already open <br/>
		* `Error` - Unable to open the log file. <br/>
		* `InvalHandle` - The Text-To-Speech handle is invalid <br/>
		* @memberof DecTalk
		* @param {LogType=} [logType] - Specifies one or more of the type of output.
		* @return {MMSysError} The value will be zero if the function is successful. The return value will be one of the following constants:
		* - {@link MMSysError.NoError \| NoError} - Normal successful completion (zero). <br/>
		* - {@link MMSysError.InvalParam \| InvalParam} - An invalid parameter was passed. <br/>
		* - {@link MMSysError.NoMem \| NoMem} - Unable to allocate memory. <br/>
		* - {@link MMSysError.Allocated \| Allocated} - A log file is already open. <br/>
		* - {@link MMSysError.Error \| Error} - Unable to open the output file. <br/>
		* - {@link MMSysError.InvalHandle \| InvalHandle} - The Text-To-Speech handle is invalid. <br/>
		* @comment If more than one of the dwFlags are passed, then the logged output is mixed in an unpredictable fashion. If there is already a log file open, this call returns an error. The Log command has no effect when a log file is already open. <br/>
		* The startup function must be called to start the text-to-speech system before calling this function. <br/>
		* {@link openLogFile()} automatically resumes audio output if the text-to-speech system is in a paused state by a previously issued {@link pause()} call.
		* @see {@link closeLogFile}
		* @see {@link pause}
		* @see {@link reset}
		* @see {@link speak}
		* @see {@link startup}
		*/
		openLogFile(filename: string, logType?: LogType): MMSysError;
		/**
		* Closes the log file opened by the `openLogFile()` function.
		* @return {MMSysError} The value will be zero if the function is successful.
		* The return value will be one of the following constants:
		*
		* `NoError` = 0 - Normal successful completion <br/>
		* `Error` - Failure to wait for pending speech <br/>
		* OR Unable to close the output file <br/>
		* OR No output file is open <br/>
		* `InvalHandle` - The Text-To-Speech handle is invalid <br/>
		* @memberof DecTalk
		* Closes the log file opened by the {@link openLogFile()} function.
		* @return {MMSysError} The value will be zero if the function is successful. The return value will be one of the following constants:
		* - {@link MMSysError.NoError \| NoError} - Normal successful completion (zero). <br/>
		* - {@link MMSysError.Error \| Error} - Failure to wait for pending speech, unable to close the output file, or no output file is open. <br/>
		* - {@link MMSysError.InvalHandle \| InvalHandle} - The Text-To-Speech handle is invalid. <br/>
		* @comment This call closes an open log file, even if it was opened with the Log in-line command. <br/>
		* The application must call {@link openLogFile()} before calling {@link closeLogFile()}.
		* @see {@link openLogFile}
		*/
		closeLogFile(): MMSysError;
		/**
		* Pauses the Text-To-Speech system.
		* @return {MMSysError} The value will be zero if the function is successful.
		* The return value will be one of the following constants:
		*
		* `NoError` = 0 - Normal successful completion <br/>
		* `InvalHandle` - The specified device handle is invalid (The system is NOT speaking), or the Text-To-Speech handle is invalid <br/>
		* @memberof DecTalk
		* Pauses text-to-speech audio output.
		* @return {MMSysError} The value will be zero if the function is successful. The return value will be one of the following constants:
		* - {@link MMSysError.NoError \| NoError} - Normal successful completion (zero). <br/>
		* - {@link MMSysError.InvalHandle \| InvalHandle} - The specified device handle is invalid. The system is not speaking or the text-to-speech handle is invalid. <br/>
		* @comment This call only affects the audio output and has no effect when writing log files, wave files, or when using the speech-to-memory capability of the text-to-speech system. <br/>
		* If the text-to-speech system owns the audio device (i.e. {@link DeviceManagement.OwnAudioDevice \| OwnAudioDevice} was specified in the startup function), then it remains paused until one of the following is called: <br/>
		* * openInMemory
		* * openLogFile
		* * ppenWaveFile
		* * resume
		* * sync
		* If the text-to-speech system does not own the audio device (i.e. {@link DeviceManagement.OwnAudioDevice \| OwnAudioDevice} was NOT specified in the startup function) and {@link pause()} is called while the system is speaking, it will remain paused until the system has completed speaking. <br/>
		* In this case, the wave output device is released when {@link reset()} is called. It will also be released if {@link sync()}, {@link openInMemory()}, {@link openLogFile()}, or {@link openWaveFile()} is called AND the system has completed speaking. <br/>
		* Note that the {@link pause()} call will NOT resume audio output if the text-to-speech system has been paused by the {@link pause()} call.
		* @see {@link resume}
		* @see {@link reset}
		* @see {@link speak}
		* @see {@link sync}
		*/
		pause(): MMSysError;
		/**
		* Resumes the Text-To-Speech system.
		* @return {MMSysError} The value will be zero if the function is successful.
		* The return value will be one of the following constants:
		*
		* `NoError` = 0 - Normal successful completion <br/>
		* `InvalHandle` - The specified device handle is invalid (The system is NOT speaking), or the Text-To-Speech handle is invalid <br/>
		* @memberof DecTalk
		* Resumes text-to-speech output after it was paused by calling {@link pause()}.
		* @return {MMSysError} The value will be zero if the function is successful. The return value will be one of the following constants:
		* - {@link MMSysError.NoError \| NoError} - Normal successful completion (zero). <br/>
		* - {@link MMSysError.InvalHandle \| InvalHandle} - The system was not paused or the text-to-speech handle was invalid. <br/>
		* @comment This call only affects the audio output and has no effect when writing log files, writing wave files, or when writing speech samples to memory.
		* @see {@link pause}
		*/
		resume(): MMSysError;
		/**
		* cancels all audio output and deletes any text from the Text-To-Speech systems text queue. All pending index marks are discarded.
		* @return {MMSysError} The value will be zero if the function is successful.
		* The return value will be one of the following constants:
		*
		* `NoError` = 0 - Normal successful completion <br/>
		* `NoMem` - Unable to allocate memory <br/>
		* `Error` - Unable to flush the system <br/>
		* `InvalHandle` - The Text-To-Speech handle is invalid <br/>
		* @memberof DecTalk
		* Cancels all audio output and deletes any text from the Text-To-Speech systems text queue. All pending index marks are discarded.
		* @return {MMSysError} The value will be zero if the function is successful. The return value will be one of the following constants:
		* - {@link MMSysError.NoError \| NoError} - Normal successful completion (zero). <br/>
		* - {@link MMSysError.NoMem \| NoMem} - Unable to allocate memory. <br/>
		* - {@link MMSysError.Error \| Error} - Unable to flush the system. <br/>
		* - {@link MMSysError.InvalHandle \| InvalHandle} - The Text-To-Speech handle is invalid. <br/>
		* @comment The {@link reset()} call flushes all previously queued text and stops all audio output. If the {@link openInMemory()} call has enabled outputting the speech samples to memory, then all queued memory buffers will be returned to the calling application. If the `reset` flag is on and the text-to-speech system is in one of its special modes (log-file, wave-file or speech-to-memory mode), then all files will be closed and the text-to-speech system is returned to the startup state. <br/>
		* {@link reset()} should be called before {@link closeInMemory()}. Failing to do this in a situation where the synthesizer is busy may result in a deadlock.
		* @see {@link pause}
		* @see {@link openInMemory}
		* @see {@link openLogFile}
		* @see {@link openWaveFile}
		*/
		reset(): MMSysError;
		get sampleRate(): number;
		set sampleRate(value: number);
		/**
		* Returns the current setting of the volume.
		* @type {number} The current setting of the volume. Valid values range from 0 to 100.
		* @comment The current setting of the volume is returned even if the volume change has not yet occurred. This may occur while setting {@link volume} without the {@link sync()} call. The volume change occurs on clause boundaries.
		*/
		get volume(): number;
		/**
		* Sets the volume of the text-to-speech system.
		* @comment The volume change is not effective until the next phrase boundary. All the queued audio encountered before the phrase boundary is unaffected.
		*/
		set volume(value: number);
		/**
		* Returns the current setting of the attenuation volume.
		* @type {number} The current setting of the attenuation volume. Valid values range from 0 to 100.
		* @comment The current setting of the attenuation volume is returned even if the attenuation volume change has not yet occurred. This may occur while setting {@link attenuationVolume} without the {@link sync()} call. The attenuation volume change occurs on clause boundaries.
		*/
		get attenuationVolume(): number;
		/**
		* Sets the attenuation volume of the text-to-speech system.
		* @comment The attenuation volume change is not effective until the next phrase boundary. All the queued audio encountered before the phrase boundary is unaffected.
		*/
		set attenuationVolume(value: number);
		/**
		* Returns the current setting of the speaking rate.
		* @type {number} The current setting of the speaking rate. Valid values range from 75 to 600 words per minute.
		* @comment The current setting of the speaking rate is returned even if the speaking rate change has not yet occurred. This may occur while setting {@link rate} without the {@link sync()} call. The speaking-rate change occurs on clause boundaries.
		*/
		get rate(): number;
		/**
		* Sets the text-to-speech speaking rate.
		* @comment The speaking rate change is not effective until the next phrase boundary. All the queued audio encountered before the phrase boundary is unaffected.
		*/
		set rate(value: number);
		/**
		* Returns the value of the identifier for the last voice that has spoken.
		* @type {Speaker} The current speaker.
		* @comment Note that even after a setting {@link speaker}, {@link speaker} returns the value for the previous speaking voice until the new voice actually has spoken.
		*/
		get speaker(): Speaker;
		/**
		* Sets the voice of the speaker the text-to-speech system will use.
		* @comment The change in speaking voice is not effective until the next phrase boundary. All queued audio encountered before the phrase boundary is unaffected.
		*/
		set speaker(value: Speaker);
		/**
		* Returns if the Text-To-Speech system is currently speaking.
		* @type {boolean} value is `true` if audio samples are playing and `false` if no audio sample is playing.
		* @comment Has no meaning if the application is sending speech to a wave file or sending speech to memory.
		*/
		get isSpeaking(): boolean;
		/**
		* Returns a count of characters that the text-to-speech system is currently processing.
		* @type {number} The number of characters that the text-to-speech system is currently processing.
		*/
		get inputCharacterCount(): number;
		/**
		* Returns the current wave output device ID.
		* @type {number} The current wave output device ID.
		*/
		get waveOutDeviceID(): number;
		get language(): number;
		set language(value: number);
		/**
		* Lists the current capabilities of the DECtalk Software by returning the class {@link TTSCaps}.
		* @static
		* @returns {TTSCaps} The capabilities of the DECtalk Software.
		* @comment Information returned in the {@link TTSCaps} class includes languages and proper-name pronunciation support, sample rate, minimum and maximum speaking rate, number of predefined speaking voices, character-set supported, and version number.
		*/
		static getCapabilities(): TTSCaps;
		/**
		* Load a user dictionary. If a user dictionary is already loaded then it must be unloaded by the `unloadUserDictionary()` function before the new dictionary can be loaded.
		* Loads a user-defined pronunciation dictionary into the text-to-speech system.
		* @param {string} filename - The name of the user dictionary file to be loaded.
		* @returns {MMSysError} The value will be zero if the function is successful.
		* The return value will be one of the following constants:
		*
		* `NoError` = 0 - Normal successful completion <br/>
		* `NoMem` - Unable to allocate memory <br/>
		* `InvalParam` - Dictory file not found. (invalid dictionary file name) <br/>
		* `Error` - Illegal dictionary format, or a dictionary is already loaded <br/>
		* `InvalHandle` - The Text-To-Speech handle is invalid <br/>
		* @memberof DecTalk
		* @returns {MMSysError} The value will be zero if the function is successful. The return value will be one of the following constants:
		* - {@link MMSysError.NoError \| NoError} - Normal successful completion (zero). <br/>
		* - {@link MMSysError.NoMem \| NoMem} - Unable to allocate memory for dictionary. <br/>
		* - {@link MMSysError.InvalParam \| InvalParam} - Dictionary file not found or an invalid dictionary file name. <br/>
		* - {@link MMSysError.Error \| Error} - Illegal dictionary format or a dictionary is already loaded. <br/>
		* - {@link MMSysError.InvalHandle \| InvalHandle} - The Text-To-Speech handle is invalid. <br/>
		* @comment This call loads a dictionary created by the windict or userdict applet. Any previously loaded user dictionary must be unloaded before loading a new user dictionary. Note that the text-to-speech system will automatically load a user dictionary, user.dic, at startup if it exists in the home directory.
		* @see {@link unloadUserDictionary}
		*/
		loadUserDictionary(filename: string): MMSysError;
		/**
		* Unloads the currently loaded user dictionary
		* @returns {MMSysError} The value will be zero if the function is successful.
		* The return value will be one of the following constants:
		*
		* `NoError` = 0 - Normal successful completion <br/>
		* `InvalHandle` - The Text-To-Speech handle is invalid <br/>
		* @memberof DecTalk
		* Unloads the currently loaded user dictionary.
		* @returns {MMSysError} The value will be zero if the function is successful. The return value will be one of the following constants:
		* - {@link MMSysError.NoError \| NoError} - Normal successful completion (zero). <br/>
		* - {@link MMSysError.InvalHandle \| InvalHandle} - The Text-To-Speech handle is invalid. <br/>
		* @comment A user dictionary is created using the User Dictionary Build tool.
		* @see {@link loadUserDictionary}
		*/
		unloadUserDictionary(): MMSysError;
		/**
		* Returns information about the currently running version of DECtalk Software.
		* @readonly
		* @static
		*/
		static get version(): {
		readonly dllVersion: number;
		readonly dTalkVersion: number;
		readonly structVersion: number;
		readonly language: string;
		readonly version: string;
		readonly versionString: string;
		readonly dtMajor: number;
		readonly dtMinor: number;
		readonly dapiMajor: number;
		readonly dapiMinor: number;
		};
		/**
		* Causes the text-to-speech system to enter into the speech-to-memory mode. This mode indicates that the speech samples are to be written into memory buffers rather than sent to an audio device each time {@link speak()} is called. The {@link addBuffer()} call supplies the text-to-speech system with the memory buffers that it needs. The text-to-speech system remains in the speech-to-memory mode until {@link closeInMemory()} is called.
		* @param {WaveFormat} format - Determines the wave file audio sample format
		* @return {MMSysError} The value will be zero if the function is successful. return value will be one of the following constants:
		* - {@link MMSysError.NoError \| NoError} - Normal successful completion (zero). <br/>
		* - {@link MMSysError.InvalParam \| InvalParam} - An invalid parameter or illegal wave output format was passed. <br/>
		* - {@link MMSysError.NoMem \| NoMem} - Unable to allocate memory. <br/>
		* - {@link MMSysError.Error \| Error} - Illegal output state. <br/>
		* - {@link MMSysError.InvalHandle \| InvalHandle} - The Text-To-Speech handle is invalid. <br/>
		* @comment The text-to-speech system is in the speech-to-memory mode after successfully invoking this call. The memory buffer is passed using the class {@link TTSBuffer}. <br/>
		* The text-to-speech system returns the buffer to the application when the memory buffer, phoneme array, or index mark array is full or when force was used in the {@link speak()} call. <br/>
		* The startup function must be called to start the text-to-speech system before calling this function. <br/>
		* {@link openInMemory()} automatically resumes audio output if the text-to-speech system is in a paused state by a previously issued {@link pause()} call.
		* @see {@link closeInMemory}
		* @see {@link addBuffer}
		* @see {@link startup}
		* @see {@link TTSBuffer}
		* @see {@link speak}
		* @see {@link pause}
		* @see {@link reset}
		* @see {@link returnBuffer}
		*/
		openInMemory(format: WaveFormat): MMSysError;
		/**
		* Return the Text-To-Speech system to it's normal state. Speech samples will be routed to the audio device (if audio output was enabled at startup).
		* @return {MMSysError} The value will be zero if the function is successful. The return value will be one of the following constants:
		* - {@link MMSysError.NoError \| NoError} - Normal successful completion (zero). <br/>
		* - {@link MMSysError.Error \| Error} - Output to memory not enabled or unable to create a system object. <br/>
		* - {@link MMSysError.InvalHandle \| InvalHandle} - The Text-To-Speech handle is invalid. <br/>
		* @comment {@link openInMemory()} must be called before calling {@link closeInMemory()}.
		* @see {@link openInMemory}
		*/
		closeInMemory(): MMSysError;
		/**
		* Add a buffer to the memory list.
		* @param {TTSBuffer} buf - The buffer to be added to the memory list.
		* @returns {MMSysError} The value will be zero if the function is successful. The return value will be one of the following constants:
		* - {@link MMSysError.NoError \| NoError} - Normal successful completion (zero). <br/>
		* - {@link MMSysError.InvalParam \| InvalParam} - Invalid parameter. <br/>
		* - {@link MMSysError.Error \| Error} - Output to memory not enabled or unable to create a system object. <br/>
		* - {@link MMSysError.InvalHandle \| InvalHandle} - The Text-To-Speech handle is invalid. <br/>
		* @comment The application must call {@link openInMemory()} before calling {@link addBuffer()}. The memory buffer is passed using the {@link TTSBuffer} class. <br/>
		* The text-to-speech system returns the buffer to the application when the memory buffer, phoneme array, or index mark array is full or when force was used in the {@link speak()} call.
		* @see {@link openInMemory}
		* @see {@link returnBuffer}
		* @see {@link startup}
		* @see {@link TTSBuffer}
		*/
		addBuffer(buf: TTSBuffer): MMSysError;
		/**
		* Cause the current buffer to be returned even if it not yet full. The buffer may in fact be empty.
		* @returns {TTSBuffer} The buffer returned by the Text-To-Speech system.
		*/
		returnBuffer(): TTSBuffer;
		/**
		* Speaks a single letter as quickly as possible, aborting any previously queued speech. This will be somewhat slower if {@link speak()} has been called since the last {@link typing()} or {@link reset()} call.
		* @param {string} text - The character to be spoken.
		* @comment This function should only be called only when the application is synthesizing directly to an audio device (not to memory or to a file).
		` */
		typing(text: string): void;
		/**
		* Checks for an installed language and loads it into the DecTalk Multi-Language (ML) engine.
		* @static
		* @param {string} lang - The language to be loaded.
		* @returns {number} A handle to the loaded language on success or sets the bit `TTSLangError` on failure. If the `TTSLangError` bit is set, the return can equal one of two values: `TTSNotSupported` for the application is not running DECtalk ML and `TTSNotAvailable` for the language selected is not installed.
		* @comments This call must be called before a language may be selected and opened in a multi-language application.
		*/
		static startLang(lang: string): number;
		/**
		* Selects a loaded language for a program thread.
		* @static
		* @param {number} lang - The language header to be selected.
		* @returns {boolean} True if the language was selected successfully.
		*/
		static selectLang(lang: number): boolean;
		/**
		* Closes an instance for an installed language and attempts to unload it from the DecTalk Multi-Language (ML) engine.
		* @static
		* @param {string} lang - The language to be closed.
		* @returns {boolean} True if the language was closed successfully.
		* @comments Call this application per thread using the selected language. When a thread returns `true`, the language is freed and can be uninstalled or upgraded. A return of `true` may be a bad pass of the lang variable or more instances. If there are more instances, the call frees the current instance and returns a `false` flag. After calling {@link closeLang()}, assume the language handle is no longer valid.
		* @see {@link enumLangs}
		* @see {@link startLang}
		* @see {@link selectLang}
		*/
		static closeLang(lang: string): boolean;
		/**
		* Retrieves information about what languages are available.
		* @static
		* @returns {{ multiLang: boolean, languages: { code: string, name: string }[] }} An object contains language data, and zero on error
		* @comment {@link enumLangs()} returns the default language in the registry as the first language of the array of entries returned by langs.
		* @see {@link startLang}
		* @see {@link selectLang}
		* @see {@link closeLang}
		*/
		static enumLangs(): {
		multiLang: boolean;
		languages: {
		code: string;
		name: string;
		}[];
		} \| 0;
		}
		/**
		* Contains information about the current state of the Text-To-Speech system.
		* @comment When the memory buffer is completed, the memory buffer is returned to the calling application. A memory buffer is considered completed when any one of the following occur: <br/>
		* * The memory buffer ( the data field ) is filled.
		* * The phoneme array is filled.
		* * The index mark array is filled.
		* * A `TTSForce` argument is used in the call to {@link DecTalk.speak \| speak()}.
		* @see {@link DecTalk.addBuffer}
		* @see {@link DecTalk.returnBuffer}
		*/
		export declare class TTSBuffer extends addon.TTSBuffer {
		/**
		* Creates an instance of TTSBuffer.
		* @param { { data?: number, phoneme?: number, index?: number } } options - The maximum lengths of each list.
		*/
		constructor(options: {
		data?: number;
		phoneme?: number;
		index?: number;
		});
		/**
		* The audio sample data buffer.
		* @readonly
		* @type {Buffer}
		*/
		readonly data: Buffer;
		/**
		* The list of phonemes in the buffer.
		* @readonly
		* @type {TTSPhoneme[]}
		*/
		readonly phoneme: TTSPhoneme[];
		/**
		* The list of index marks in the buffer.
		* @readonly
		* @type {TTSIndex[]}
		*/
		readonly index: TTSIndex[];
		/**
		* The maximum number of bytes in the data buffer.
		* @readonly
		* @type {number}
		*/
		readonly maxBufferLength: number;
		/**
		* The maximum number of classes in the phoneme array.
		* @readonly
		* @type {number}
		*/
		readonly maxPhonemeLength: number;
		/**
		* The maximum number of classes in the index array.
		* @readonly
		* @type {number}
		*/
		readonly maxIndexLength: number;
		}
		export {};

579

build/src/index.js

		@@ -15,5 +15,12 @@ "use strict";
		Object.defineProperty(exports, "__esModule", { value: true });
		exports.DecTalk = exports.DeviceID = exports.DeviceManagement = exports.Speaker = exports.WaveFormat = exports.MMSysError = exports.LogType = void 0;
		exports.TTSBuffer = exports.DecTalk = exports.DeviceID = exports.DeviceManagement = exports.Speaker = exports.WaveFormat = exports.MMSysError = exports.LogType = exports.Message = void 0;
		const bindings_1 = __importDefault(require("bindings"));
		const addon = (0, bindings_1.default)('node-dectalk.node');
		var Message;
		(function (Message) {
		Message[Message["Buffer"] = 9] = "Buffer";
		Message[Message["IndexMark"] = 1] = "IndexMark";
		Message[Message["Status"] = 2] = "Status";
		Message[Message["Visual"] = 3] = "Visual";
		})(Message \|\| (exports.Message = Message = {}));
		var LogType;
		@@ -38,38 +45,38 @@ (function (LogType) {
		(function (MMSysError) {
		/** no error */
		/** No error */
		MMSysError[MMSysError["NoError"] = 0] = "NoError";
		/** unspecified error */
		/** Unspecified error */
		MMSysError[MMSysError["Error"] = 1] = "Error";
		/** device ID out of range */
		/** Device ID out of range */
		MMSysError[MMSysError["BadDeviceID"] = 2] = "BadDeviceID";
		/** driver failed enable */
		/** Driver failed enable */
		MMSysError[MMSysError["NotEnabled"] = 3] = "NotEnabled";
		/** device already allocated */
		/** Device already allocated */
		MMSysError[MMSysError["Allocated"] = 4] = "Allocated";
		/** device handle is invalid */
		/** Device handle is invalid */
		MMSysError[MMSysError["InvalHandle"] = 5] = "InvalHandle";
		/** no device driver present */
		/** No device driver present */
		MMSysError[MMSysError["NoDriver"] = 6] = "NoDriver";
		/** memory allocation error */
		/** Memory allocation error */
		MMSysError[MMSysError["NoMem"] = 7] = "NoMem";
		/** function isn't supported */
		/** Function isn't supported */
		MMSysError[MMSysError["NotSupported"] = 8] = "NotSupported";
		/** error value out of range */
		/** Error value out of range */
		MMSysError[MMSysError["BadErrNum"] = 9] = "BadErrNum";
		/** invalid flag passed */
		/** Invalid flag passed */
		MMSysError[MMSysError["InvalFlag"] = 10] = "InvalFlag";
		/** invalid parameter passed */
		/** Invalid parameter passed */
		MMSysError[MMSysError["InvalParam"] = 11] = "InvalParam";
		/** handle being used */
		/** Handle being used */
		MMSysError[MMSysError["HandleBusy"] = 12] = "HandleBusy";
		/** "Specified alias not found in WIN.INI */
		MMSysError[MMSysError["InvalidAlias"] = 13] = "InvalidAlias";
		/** last error in range */
		/** Last error in range */
		MMSysError[MMSysError["LastError"] = 13] = "LastError";
		})(MMSysError \|\| (exports.MMSysError = MMSysError = {}));
		;
		/** defines for dwFormat field of WAVEINCAPS and WAVEOUTCAPS */
		/** Defines for dwFormat field of WAVEINCAPS and WAVEOUTCAPS */
		var WaveFormat;
		(function (WaveFormat) {
		/** invalid format */
		/** Invalid format */
		WaveFormat[WaveFormat["InvalidFormat"] = 0] = "InvalidFormat";
		@@ -107,2 +114,5 @@ /** 11.025 kHz, Mono, 8-bit */
		})(WaveFormat \|\| (exports.WaveFormat = WaveFormat = {}));
		/**
		* The DECtalk Text-To-Speech system supports the following predefined speaking voices.
		*/
		var Speaker;
		@@ -129,3 +139,3 @@ (function (Speaker) {
		(function (DeviceID) {
		/** device ID for wave device mapper */
		/** Device ID for wave device mapper */
		DeviceID[DeviceID["Mapper"] = 4294967295] = "Mapper";
		@@ -136,3 +146,9 @@ /** Open device as shareable */
		;
		/**
		* The main class for the DECtalk Text-To-Speech system.
		*/
		class DecTalk extends addon.DecTalk {
		/**
		* Create a new instance of the DECtalk Text-To-Speech system.
		*/
		constructor() {
		@@ -142,26 +158,33 @@ super();
		/**
		* DECtalk initialization function.
		* Initializes the text-to-speech system; defines the callback routine; and loads the main and user pronunciation dictionaries.
		* @param {(DeviceID \| number)} [deviceID] - Wave out device ID number. `WaveMapper` may be used here if the device ID number is unknown.
		* @param {DeviceManagement} [deviceManagement=DeviceManagement.OwnAudioDevice] - Specifies how the wave output device is managed.
		* @return {MMSysError} This value is zero if initialization was successful.
		* The return value will be one of the following constants:
		*
		* `NoError` = 0 - Normal successful completion <br/>
		* `NoDriver` - No wave out device driver present <br/>
		* `BadDeviceID` - Device ID out of range <br/>
		* `NoMem` - Unable to allocate memory <br/>
		* `Error` - Dictionary not found <br/>
		* `InvalParam` - Invalid param for th eload dictionary <br/>
		* @memberof DecTalk
		* @return {MMSysError} This value is zero if initialization was successful. The return value will be one of the following constants:
		* - {@link MMSysError.NoError \| NoError} - Normal successful completion (zero).
		* - {@link MMSysError.NoDriver \| NoDriver} - No wave out device driver present.
		* - {@link MMSysError.BadDeviceID \| BadDeviceID} - Device ID out of range.
		* - {@link MMSysError.NoMem \| NoMem} - Unable to allocate memory.
		* - {@link MMSysError.Error \| Error} - Dictionary not found.
		* - {@link MMSysError.InvalParam \| InvalParam} - Invalid param for the load dictionary.
		* @comment If the callback procedure is defined, then the calling application will be called via the callback routine when a buffer is filled while in speech-to-memory mode, an error occurs, or an index mark is encountered. <br/>
		* The default parameters are: <br/>
		* * Language: American English.
		* * Speaking rate: 200 words per minute.
		* * Speaker: Paul.
		* @see {@link shutdown}
		* @see {@link openInMemory}
		* @see {@link openLogFile}
		* @see {@link openWaveFile}
		* @see {@link speak}
		*/
		startup(deviceID, deviceManagement = DeviceManagement.OwnAudioDevice) {
		return super.startup(deviceID, deviceManagement);
		startup(deviceID, deviceManagement = DeviceManagement.OwnAudioDevice, cb) {
		return super.startup(deviceID, deviceManagement, cb);
		}
		/**
		* DECtalk shutdown function.
		* @returns {MMSysError} This value is zero if shutdown was successful.
		* The return value will be one of the following constants:
		*
		* `NoError` = 0 - Normal successful completion <br/>
		* `InvalHandle` - The Text-To-Speech handle is invalid <br/>
		* Shuts down the text-to-speech system and frees all system resources used by the text-to-speech system.
		* @returns {MMSysError} This value is zero if shutdown was successful. The return value will be one of the following constants:
		* - {@link MMSysError.NoError \| NoError} - Normal successful completion (zero).
		* - {@link MMSysError.InvalHandle \| InvalHandle} - The Text-To-Speech handle is invalid.
		* @comment This call is called when you close an application. Any user-defined dictionaries, which were previously loaded, are automatically unloaded. All previously queued text is discarded and the text-to-speech system will immediately stop speaking.
		* @see {@link startup}
		*/
		@@ -172,13 +195,16 @@ shutdown() {
		/**
		* This function queues to the Text-To-Speech system.
		* Qqueues to the text-to-speech system. While in startup state, speech samples are routed to the audio device or ignored, depending on whether the {@link DeviceManagement.DoNotUseAudioDevice \| DoNotUseAudioDevice} flag is set in the `deviceOptions` parameter of the startup function. If the text-to-speech system is in one of its special modes (wave-file, log-file, or speech-to-memory modes), the speech samples are handled accordingly.
		* @async
		* @param { ( string \| string[] ) } text - The text to be spoken.
		* @param { boolean } [ force = false ] - Specifies if the text is to be pushed through the Text-To-Speech system even if it is not on a clause boundary.
		* @return {Promise<MMSysError>} The value will be zero if the function is successful.
		* The return value will be one of the following constants:
		*
		* `NoError` = 0 - Normal successful completion <br/>
		* `NoMem` - Unable to allocate memory <br/>
		* `InvalHandle` - The Text-To-Speech handle is invalid <br/>
		* @memberof DecTalk
		* @return {Promise<MMSysError>} The value will be zero if the function is successful. The return value will be one of the following constants:
		* - {@link MMSysError.NoError \| NoError} - Normal successful completion (zero). <br/>
		* - {@link MMSysError.NoMem \| NoMem} - Unable to allocate memory. <br/>
		* - {@link MMSysError.InvalHandle \| InvalHandle} - The Text-To-Speech handle is invalid. <br/>
		* @comment The speaker, speaking rate, and volume can also be changed in the text string by inserting in-line commands as shown in the following example: <br/>
		* `[:name paul] I am Paul. [:nb] I am Betty. [:volume set 50] The volume has been set to 50% of the maximum level. [:ra 120] I am speaking at 120 words per minute.`
		* @see {@link openInMemory}
		* @see {@link openLogFile}
		* @see {@link openWaveFile}
		* @see {@link startup}
		*/
		@@ -197,12 +223,15 @@ speak(text, force = false) {
		/**
		* This function queues to the Text-To-Speech system.
		* Qqueues to the text-to-speech system. While in startup state, speech samples are routed to the audio device or ignored, depending on whether the {@link DeviceManagement.DoNotUseAudioDevice \| DoNotUseAudioDevice} flag is set in the `deviceOptions` parameter of the startup function. If the text-to-speech system is in one of its special modes (wave-file, log-file, or speech-to-memory modes), the speech samples are handled accordingly.
		* @param { ( string \| string[] ) } text - The text to be spoken.
		* @param { boolean } [ force = false ] - Specifies if the text is to be pushed through the Text-To-Speech system even if it is not on a clause boundary.
		* @return {MMSysError} The value will be zero if the function is successful.
		* The return value will be one of the following constants:
		*
		* `NoError` = 0 - Normal successful completion <br/>
		* `NoMem` - Unable to allocate memory <br/>
		* `InvalHandle` - The Text-To-Speech handle is invalid <br/>
		* @memberof DecTalk
		* @return {MMSysError} The value will be zero if the function is successful. The return value will be one of the following constants:
		* - {@link MMSysError.NoError \| NoError} - Normal successful completion (zero). <br/>
		* - {@link MMSysError.NoMem \| NoMem} - Unable to allocate memory. <br/>
		* - {@link MMSysError.InvalHandle \| InvalHandle} - The Text-To-Speech handle is invalid. <br/>
		* @comment The speaker, speaking rate, and volume can also be changed in the text string by inserting in-line commands as shown in the following example: <br/>
		* `[:name paul] I am Paul. [:nb] I am Betty. [:volume set 50] The volume has been set to 50% of the maximum level. [:ra 120] I am speaking at 120 words per minute.`
		* @see {@link openInMemory}
		* @see {@link openLogFile}
		* @see {@link openWaveFile}
		* @see {@link startup}
		*/
		@@ -216,11 +245,10 @@ speakSync(text, force = false) {
		/**
		* Will block until all previously queued text has been spoken. This function will automatically resume audio if the Text - To - Speech system has been paused by the `pause()` function.
		* Will block until all previously queued text has been spoken. This function will automatically resume audio if the Text - To - Speech system has been paused by the {@link pause()} function.
		* @async
		* @return {Promise<MMSysError>} The value will be zero if the function is successful.
		* The return value will be one of the following constants:
		*
		* `NoError` = 0 - Normal successful completion <br/>
		* `Error` - Unable to complete queued text <br/>
		* `InvalHandle` - The Text-To-Speech handle is invalid <br/>
		* @memberof DecTalk
		* @return {Promise<MMSysError>} The value will be zero if the function is successful. The return value will be one of the following constants:
		* - {@link MMSysError.NoError \| NoError} - Normal successful completion (zero). <br/>
		* - {@link MMSysError.Error \| Error} - Unable to complete queued text. <br/>
		* - {@link MMSysError.InvalHandle \| InvalHandle} - The Text-To-Speech handle is invalid. <br/>
		* @comment This call automatically resumes audio output if the text-to-speech system is in a paused state by a previously issued {@link pause()} call.
		* @see {@link pause}
		*/
		@@ -236,10 +264,9 @@ sync() {
		/**
		* Will block until all previously queued text has been spoken. This function will automatically resume audio if the Text - To - Speech system has been paused by the `pause()` function.
		* @return {MMSysError} The value will be zero if the function is successful.
		* The return value will be one of the following constants:
		*
		* `NoError` = 0 - Normal successful completion <br/>
		* `Error` - Unable to complete queued text <br/>
		* `InvalHandle` - The Text-To-Speech handle is invalid <br/>
		* @memberof DecTalk
		* Will block until all previously queued text has been spoken. This function will automatically resume audio if the Text-To-Speech system has been paused by the {@link pause()} function.
		* @return {MMSysError} The value will be zero if the function is successful. The return value will be one of the following constants:
		* - {@link MMSysError.NoError \| NoError} - Normal successful completion (zero). <br/>
		* - {@link MMSysError.Error \| Error} - Unable to complete queued text. <br/>
		* - {@link MMSysError.InvalHandle \| InvalHandle} - The Text-To-Speech handle is invalid. <br/>
		* @comment This call automatically resumes audio output if the text-to-speech system is in a paused state by a previously issued {@link pause()} call.
		* @see {@link pause}
		*/
		@@ -250,16 +277,19 @@ syncSync() {
		/**
		* Creates a wave file. All subsequent calls to the `speak()` function cause the audio to be written to the specified file until the `closeWaveFile()` function is called.
		*
		* Causes the specified wave file to be opened and the text-to-speech system to enter into wave-file mode. This mode indicates that the speech samples are to be written in wave format into the wave file each time {@link speak()} is called. The text-to-speech system remains in the wave-file mode until {@link closeWaveFile()} is called.
		* @param {string} filename - The name of the wave file to be created.
		* @param {WaveFormat} format - Ddetermines the wave file audio sample format.
		* @return {MMSysError} The value will be zero if the function is successful.
		* The return value will be one of the following constants:
		*
		* `NoError` = 0 - Normal successful completion <br/>
		* `InvalParam` - An invalid parameter was passed (An illegal wave output format value.) <br/>
		* `NoMem` - Unable to allocate memory <br/>
		* `Allocated` - A wave output file is already open <br/>
		* `Error` - Unable to open the wave output file or unable to write to the wave output file <br/>
		* `InvalHandle` - The Text-To-Speech handle is invalid <br/>
		* @memberof DecTalk
		* @param {WaveFormat} format - Determines one or more of the wave file audio sample format.
		* @return {MMSysError} The value will be zero if the function is successful. The return value will be one of the following constants:
		* - {@link MMSysError.NoError \| NoError} - Normal successful completion (zero). <br/>
		* - {@link MMSysError.InvalParam \| InvalParam} - An invalid parameter or an illegal wave output format was passed. <br/>
		* - {@link MMSysError.NoMem \| NoMem} - Memory allocation error. <br/>
		* - {@link MMSysError.Allocated \| Allocated} - A wave file is already open. <br/>
		* - {@link MMSysError.Error \| Error} - Unable to open the wave file or unable to write to the wave file. <br/>
		* - {@link MMSysError.InvalHandle \| InvalHandle} - The Text-To-Speech handle is invalid. <br/>
		* @comment This call automatically resumes audio output if the text-to-speech system is in a paused state by a previously issued {@link pause()} call. <br/>
		* The startup function must be called to start the text-to-speech system before calling {@link openWaveFile()}.
		* @see {@link closeWaveFile}
		* @see {@link pause}
		* @see {@link reset}
		* @see {@link speak}
		* @see {@link startup}
		*/
		@@ -271,12 +301,8 @@ openWaveFile(filename, format) {
		* Close the Text-To-Speech Wave File.
		* @return {MMSysError} The value will be zero if the function is successful.
		* The return value will be one of the following constants:
		*
		* `NoError` = 0 - Normal successful completion <br/>
		* `Error` - Failure to wait for pending speech. <br/>
		* OR Unable to update the wave output file header <br/>
		* OR Unable to close the wave output file. <br/>
		* OR No wave output file is open <br/>
		* `InvalHandle` - The Text-To-Speech handle is invalid <br/>
		* @memberof DecTalk
		* @return {MMSysError} The value will be zero if the function is successful. The return value will be one of the following constants:
		* - {@link MMSysError.NoError \| NoError} - Normal successful completion (zero). <br/>
		* - {@link MMSysError.Error \| Error} - Failure to wait for pending speech, unable to update wave file header, or unable to close the wave file. <br/>
		* - {@link MMSysError.InvalHandle \| InvalHandle} - The Text-To-Speech handle is invalid. <br/>
		* @comment The application must call {@link openWaveFile()} before calling {@link closeWaveFile()}.
		* @see {@link openWaveFile}
		*/
		@@ -287,15 +313,20 @@ closeWaveFile() {
		/**
		* Creates a file which contains either text, phonemes, or syllables. The phonemes and syllables are written using the arpabet alphabet. After calling this function, all subsequent calls to the `speak()` function cause the log data to be written to specified file until the `closeLogFile()` function is called.
		* Causes the specified log file to be opened and the text-to-speech sytem to enter into the log-file mode. This mode indicates that the speech samples are to be written as text, phonemes, or syllables into the log file each time {@link speak()} is called. The phonemes and syllables are written using the arpabet alphabet. The text-to-speech system remains in the log-file mode until {@link closeLogFile()} is called.
		* @param {string} filename - The name of the log file to be created.
		* @param {LogType=} [logType] - Specifies the type of log file to be created.
		* @return {MMSysError} The value will be zero if the function is successful.
		* The return value will be one of the following constants:
		*
		* `NoError` = 0 - Normal successful completion <br/>
		* `InvalParam` - An invalid parameter was passed <br/>
		* `NoMem` - Unable to allocate memory <br/>
		* `Allocated` - A log file is already open <br/>
		* `Error` - Unable to open the log file. <br/>
		* `InvalHandle` - The Text-To-Speech handle is invalid <br/>
		* @memberof DecTalk
		* @param {LogType=} [logType] - Specifies one or more of the type of output.
		* @return {MMSysError} The value will be zero if the function is successful. The return value will be one of the following constants:
		* - {@link MMSysError.NoError \| NoError} - Normal successful completion (zero). <br/>
		* - {@link MMSysError.InvalParam \| InvalParam} - An invalid parameter was passed. <br/>
		* - {@link MMSysError.NoMem \| NoMem} - Unable to allocate memory. <br/>
		* - {@link MMSysError.Allocated \| Allocated} - A log file is already open. <br/>
		* - {@link MMSysError.Error \| Error} - Unable to open the output file. <br/>
		* - {@link MMSysError.InvalHandle \| InvalHandle} - The Text-To-Speech handle is invalid. <br/>
		* @comment If more than one of the dwFlags are passed, then the logged output is mixed in an unpredictable fashion. If there is already a log file open, this call returns an error. The Log command has no effect when a log file is already open. <br/>
		* The startup function must be called to start the text-to-speech system before calling this function. <br/>
		* {@link openLogFile()} automatically resumes audio output if the text-to-speech system is in a paused state by a previously issued {@link pause()} call.
		* @see {@link closeLogFile}
		* @see {@link pause}
		* @see {@link reset}
		* @see {@link speak}
		* @see {@link startup}
		*/
		@@ -306,12 +337,10 @@ openLogFile(filename, logType) {
		/**
		* Closes the log file opened by the `openLogFile()` function.
		* @return {MMSysError} The value will be zero if the function is successful.
		* The return value will be one of the following constants:
		*
		* `NoError` = 0 - Normal successful completion <br/>
		* `Error` - Failure to wait for pending speech <br/>
		* OR Unable to close the output file <br/>
		* OR No output file is open <br/>
		* `InvalHandle` - The Text-To-Speech handle is invalid <br/>
		* @memberof DecTalk
		* Closes the log file opened by the {@link openLogFile()} function.
		* @return {MMSysError} The value will be zero if the function is successful. The return value will be one of the following constants:
		* - {@link MMSysError.NoError \| NoError} - Normal successful completion (zero). <br/>
		* - {@link MMSysError.Error \| Error} - Failure to wait for pending speech, unable to close the output file, or no output file is open. <br/>
		* - {@link MMSysError.InvalHandle \| InvalHandle} - The Text-To-Speech handle is invalid. <br/>
		* @comment This call closes an open log file, even if it was opened with the Log in-line command. <br/>
		* The application must call {@link openLogFile()} before calling {@link closeLogFile()}.
		* @see {@link openLogFile}
		*/
		@@ -322,9 +351,20 @@ closeLogFile() {
		/**
		* Pauses the Text-To-Speech system.
		* @return {MMSysError} The value will be zero if the function is successful.
		* The return value will be one of the following constants:
		*
		* `NoError` = 0 - Normal successful completion <br/>
		* `InvalHandle` - The specified device handle is invalid (The system is NOT speaking), or the Text-To-Speech handle is invalid <br/>
		* @memberof DecTalk
		* Pauses text-to-speech audio output.
		* @return {MMSysError} The value will be zero if the function is successful. The return value will be one of the following constants:
		* - {@link MMSysError.NoError \| NoError} - Normal successful completion (zero). <br/>
		* - {@link MMSysError.InvalHandle \| InvalHandle} - The specified device handle is invalid. The system is not speaking or the text-to-speech handle is invalid. <br/>
		* @comment This call only affects the audio output and has no effect when writing log files, wave files, or when using the speech-to-memory capability of the text-to-speech system. <br/>
		* If the text-to-speech system owns the audio device (i.e. {@link DeviceManagement.OwnAudioDevice \| OwnAudioDevice} was specified in the startup function), then it remains paused until one of the following is called: <br/>
		* * openInMemory
		* * openLogFile
		* * ppenWaveFile
		* * resume
		* * sync
		* If the text-to-speech system does not own the audio device (i.e. {@link DeviceManagement.OwnAudioDevice \| OwnAudioDevice} was NOT specified in the startup function) and {@link pause()} is called while the system is speaking, it will remain paused until the system has completed speaking. <br/>
		* In this case, the wave output device is released when {@link reset()} is called. It will also be released if {@link sync()}, {@link openInMemory()}, {@link openLogFile()}, or {@link openWaveFile()} is called AND the system has completed speaking. <br/>
		* Note that the {@link pause()} call will NOT resume audio output if the text-to-speech system has been paused by the {@link pause()} call.
		* @see {@link resume}
		* @see {@link reset}
		* @see {@link speak}
		* @see {@link sync}
		*/
		@@ -335,9 +375,8 @@ pause() {
		/**
		* Resumes the Text-To-Speech system.
		* @return {MMSysError} The value will be zero if the function is successful.
		* The return value will be one of the following constants:
		*
		* `NoError` = 0 - Normal successful completion <br/>
		* `InvalHandle` - The specified device handle is invalid (The system is NOT speaking), or the Text-To-Speech handle is invalid <br/>
		* @memberof DecTalk
		* Resumes text-to-speech output after it was paused by calling {@link pause()}.
		* @return {MMSysError} The value will be zero if the function is successful. The return value will be one of the following constants:
		* - {@link MMSysError.NoError \| NoError} - Normal successful completion (zero). <br/>
		* - {@link MMSysError.InvalHandle \| InvalHandle} - The system was not paused or the text-to-speech handle was invalid. <br/>
		* @comment This call only affects the audio output and has no effect when writing log files, writing wave files, or when writing speech samples to memory.
		* @see {@link pause}
		*/
		@@ -348,11 +387,14 @@ resume() {
		/**
		* cancels all audio output and deletes any text from the Text-To-Speech systems text queue. All pending index marks are discarded.
		* @return {MMSysError} The value will be zero if the function is successful.
		* The return value will be one of the following constants:
		*
		* `NoError` = 0 - Normal successful completion <br/>
		* `NoMem` - Unable to allocate memory <br/>
		* `Error` - Unable to flush the system <br/>
		* `InvalHandle` - The Text-To-Speech handle is invalid <br/>
		* @memberof DecTalk
		* Cancels all audio output and deletes any text from the Text-To-Speech systems text queue. All pending index marks are discarded.
		* @return {MMSysError} The value will be zero if the function is successful. The return value will be one of the following constants:
		* - {@link MMSysError.NoError \| NoError} - Normal successful completion (zero). <br/>
		* - {@link MMSysError.NoMem \| NoMem} - Unable to allocate memory. <br/>
		* - {@link MMSysError.Error \| Error} - Unable to flush the system. <br/>
		* - {@link MMSysError.InvalHandle \| InvalHandle} - The Text-To-Speech handle is invalid. <br/>
		* @comment The {@link reset()} call flushes all previously queued text and stops all audio output. If the {@link openInMemory()} call has enabled outputting the speech samples to memory, then all queued memory buffers will be returned to the calling application. If the `reset` flag is on and the text-to-speech system is in one of its special modes (log-file, wave-file or speech-to-memory mode), then all files will be closed and the text-to-speech system is returned to the startup state. <br/>
		* {@link reset()} should be called before {@link closeInMemory()}. Failing to do this in a situation where the synthesizer is busy may result in a deadlock.
		* @see {@link pause}
		* @see {@link openInMemory}
		* @see {@link openLogFile}
		* @see {@link openWaveFile}
		*/
		@@ -362,47 +404,96 @@ reset() {
		}
		get sampleRate() {
		return super.getSampleRate();
		}
		set sampleRate(value) {
		super.setSampleRate(value);
		}
		/**
		* Returns the current setting of the volume.
		* @type {number} The current setting of the volume. Valid values range from 0 to 100.
		* @comment The current setting of the volume is returned even if the volume change has not yet occurred. This may occur while setting {@link volume} without the {@link sync()} call. The volume change occurs on clause boundaries.
		*/
		get volume() {
		return super.getVolume();
		return super.volume;
		}
		/**
		* Sets the volume of the text-to-speech system.
		* @comment The volume change is not effective until the next phrase boundary. All the queued audio encountered before the phrase boundary is unaffected.
		*/
		set volume(value) {
		super.setVolume(value);
		super.volume = value;
		}
		/**
		* Returns the current setting of the attenuation volume.
		* @type {number} The current setting of the attenuation volume. Valid values range from 0 to 100.
		* @comment The current setting of the attenuation volume is returned even if the attenuation volume change has not yet occurred. This may occur while setting {@link attenuationVolume} without the {@link sync()} call. The attenuation volume change occurs on clause boundaries.
		*/
		get attenuationVolume() {
		return super.getAttenuationVolume();
		return super.attenuationVolume;
		}
		/**
		* Sets the attenuation volume of the text-to-speech system.
		* @comment The attenuation volume change is not effective until the next phrase boundary. All the queued audio encountered before the phrase boundary is unaffected.
		*/
		set attenuationVolume(value) {
		super.setAttenuationVolume(value);
		super.attenuationVolume = value;
		}
		/**
		* Returns the current setting of the speaking rate.
		* @type {number} The current setting of the speaking rate. Valid values range from 75 to 600 words per minute.
		* @comment The current setting of the speaking rate is returned even if the speaking rate change has not yet occurred. This may occur while setting {@link rate} without the {@link sync()} call. The speaking-rate change occurs on clause boundaries.
		*/
		get rate() {
		return super.getRate();
		return super.rate;
		}
		/**
		* Sets the text-to-speech speaking rate.
		* @comment The speaking rate change is not effective until the next phrase boundary. All the queued audio encountered before the phrase boundary is unaffected.
		*/
		set rate(value) {
		super.setRate(value);
		super.rate = value;
		}
		/**
		* Returns the value of the identifier for the last voice that has spoken.
		* @type {Speaker} The current speaker.
		* @comment Note that even after a setting {@link speaker}, {@link speaker} returns the value for the previous speaking voice until the new voice actually has spoken.
		*/
		get speaker() {
		return super.getSpeaker();
		return super.speaker;
		}
		/**
		* Sets the voice of the speaker the text-to-speech system will use.
		* @comment The change in speaking voice is not effective until the next phrase boundary. All queued audio encountered before the phrase boundary is unaffected.
		*/
		set speaker(value) {
		super.setSpeaker(value);
		super.speaker = value;
		}
		/**
		* Returns if the Text-To-Speech system is currently speaking.
		* @type {boolean} value is `true` if audio samples are playing and `false` if no audio sample is playing.
		* @comment Has no meaning if the application is sending speech to a wave file or sending speech to memory.
		*/
		get isSpeaking() {
		return super.isSpeaking;
		}
		/**
		* Returns a count of characters that the text-to-speech system is currently processing.
		* @type {number} The number of characters that the text-to-speech system is currently processing.
		*/
		get inputCharacterCount() {
		return super.inputCharacterCount;
		}
		/**
		* Returns the current wave output device ID.
		* @type {number} The current wave output device ID.
		*/
		get waveOutDeviceID() {
		return super.waveOutDeviceID;
		}
		get language() {
		return super.getLanguage();
		}
		set language(value) {
		super.setLanguage(value);
		}
		// get language () {
		// return super.language;
		// }
		// set language ( value: number ) {
		// super.language = value;
		// }
		/**
		* Lists the current capabilities of the DECtalk Software by returning the class {@link TTSCaps}.
		* @static
		* @returns {TTSCaps} The capabilities of the DECtalk Software.
		* @comment Information returned in the {@link TTSCaps} class includes languages and proper-name pronunciation support, sample rate, minimum and maximum speaking rate, number of predefined speaking voices, character-set supported, and version number.
		*/
		static getCapabilities() {
		@@ -412,13 +503,12 @@ return super.getCapabilities();
		/**
		* Load a user dictionary. If a user dictionary is already loaded then it must be unloaded by the `unloadUserDictionary()` function before the new dictionary can be loaded.
		* Loads a user-defined pronunciation dictionary into the text-to-speech system.
		* @param {string} filename - The name of the user dictionary file to be loaded.
		* @returns {MMSysError} The value will be zero if the function is successful.
		* The return value will be one of the following constants:
		*
		* `NoError` = 0 - Normal successful completion <br/>
		* `NoMem` - Unable to allocate memory <br/>
		* `InvalParam` - Dictory file not found. (invalid dictionary file name) <br/>
		* `Error` - Illegal dictionary format, or a dictionary is already loaded <br/>
		* `InvalHandle` - The Text-To-Speech handle is invalid <br/>
		* @memberof DecTalk
		* @returns {MMSysError} The value will be zero if the function is successful. The return value will be one of the following constants:
		* - {@link MMSysError.NoError \| NoError} - Normal successful completion (zero). <br/>
		* - {@link MMSysError.NoMem \| NoMem} - Unable to allocate memory for dictionary. <br/>
		* - {@link MMSysError.InvalParam \| InvalParam} - Dictionary file not found or an invalid dictionary file name. <br/>
		* - {@link MMSysError.Error \| Error} - Illegal dictionary format or a dictionary is already loaded. <br/>
		* - {@link MMSysError.InvalHandle \| InvalHandle} - The Text-To-Speech handle is invalid. <br/>
		* @comment This call loads a dictionary created by the windict or userdict applet. Any previously loaded user dictionary must be unloaded before loading a new user dictionary. Note that the text-to-speech system will automatically load a user dictionary, user.dic, at startup if it exists in the home directory.
		* @see {@link unloadUserDictionary}
		*/
		@@ -429,9 +519,8 @@ loadUserDictionary(filename) {
		/**
		* Unloads the currently loaded user dictionary
		* @returns {MMSysError} The value will be zero if the function is successful.
		* The return value will be one of the following constants:
		*
		* `NoError` = 0 - Normal successful completion <br/>
		* `InvalHandle` - The Text-To-Speech handle is invalid <br/>
		* @memberof DecTalk
		* Unloads the currently loaded user dictionary.
		* @returns {MMSysError} The value will be zero if the function is successful. The return value will be one of the following constants:
		* - {@link MMSysError.NoError \| NoError} - Normal successful completion (zero). <br/>
		* - {@link MMSysError.InvalHandle \| InvalHandle} - The Text-To-Speech handle is invalid. <br/>
		* @comment A user dictionary is created using the User Dictionary Build tool.
		* @see {@link loadUserDictionary}
		*/
		@@ -441,3 +530,145 @@ unloadUserDictionary() {
		}
		/**
		* Returns information about the currently running version of DECtalk Software.
		* @readonly
		* @static
		*/
		static get version() {
		return super.version;
		}
		/**
		* Causes the text-to-speech system to enter into the speech-to-memory mode. This mode indicates that the speech samples are to be written into memory buffers rather than sent to an audio device each time {@link speak()} is called. The {@link addBuffer()} call supplies the text-to-speech system with the memory buffers that it needs. The text-to-speech system remains in the speech-to-memory mode until {@link closeInMemory()} is called.
		* @param {WaveFormat} format - Determines the wave file audio sample format
		* @return {MMSysError} The value will be zero if the function is successful. return value will be one of the following constants:
		* - {@link MMSysError.NoError \| NoError} - Normal successful completion (zero). <br/>
		* - {@link MMSysError.InvalParam \| InvalParam} - An invalid parameter or illegal wave output format was passed. <br/>
		* - {@link MMSysError.NoMem \| NoMem} - Unable to allocate memory. <br/>
		* - {@link MMSysError.Error \| Error} - Illegal output state. <br/>
		* - {@link MMSysError.InvalHandle \| InvalHandle} - The Text-To-Speech handle is invalid. <br/>
		* @comment The text-to-speech system is in the speech-to-memory mode after successfully invoking this call. The memory buffer is passed using the class {@link TTSBuffer}. <br/>
		* The text-to-speech system returns the buffer to the application when the memory buffer, phoneme array, or index mark array is full or when force was used in the {@link speak()} call. <br/>
		* The startup function must be called to start the text-to-speech system before calling this function. <br/>
		* {@link openInMemory()} automatically resumes audio output if the text-to-speech system is in a paused state by a previously issued {@link pause()} call.
		* @see {@link closeInMemory}
		* @see {@link addBuffer}
		* @see {@link startup}
		* @see {@link TTSBuffer}
		* @see {@link speak}
		* @see {@link pause}
		* @see {@link reset}
		* @see {@link returnBuffer}
		*/
		openInMemory(format) {
		return super.openInMemory(format);
		}
		/**
		* Return the Text-To-Speech system to it's normal state. Speech samples will be routed to the audio device (if audio output was enabled at startup).
		* @return {MMSysError} The value will be zero if the function is successful. The return value will be one of the following constants:
		* - {@link MMSysError.NoError \| NoError} - Normal successful completion (zero). <br/>
		* - {@link MMSysError.Error \| Error} - Output to memory not enabled or unable to create a system object. <br/>
		* - {@link MMSysError.InvalHandle \| InvalHandle} - The Text-To-Speech handle is invalid. <br/>
		* @comment {@link openInMemory()} must be called before calling {@link closeInMemory()}.
		* @see {@link openInMemory}
		*/
		closeInMemory() {
		return super.closeInMemory();
		}
		/**
		* Add a buffer to the memory list.
		* @param {TTSBuffer} buf - The buffer to be added to the memory list.
		* @returns {MMSysError} The value will be zero if the function is successful. The return value will be one of the following constants:
		* - {@link MMSysError.NoError \| NoError} - Normal successful completion (zero). <br/>
		* - {@link MMSysError.InvalParam \| InvalParam} - Invalid parameter. <br/>
		* - {@link MMSysError.Error \| Error} - Output to memory not enabled or unable to create a system object. <br/>
		* - {@link MMSysError.InvalHandle \| InvalHandle} - The Text-To-Speech handle is invalid. <br/>
		* @comment The application must call {@link openInMemory()} before calling {@link addBuffer()}. The memory buffer is passed using the {@link TTSBuffer} class. <br/>
		* The text-to-speech system returns the buffer to the application when the memory buffer, phoneme array, or index mark array is full or when force was used in the {@link speak()} call.
		* @see {@link openInMemory}
		* @see {@link returnBuffer}
		* @see {@link startup}
		* @see {@link TTSBuffer}
		*/
		addBuffer(buf) {
		return super.addBuffer(buf);
		}
		/**
		* Cause the current buffer to be returned even if it not yet full. The buffer may in fact be empty.
		* @returns {TTSBuffer} The buffer returned by the Text-To-Speech system.
		*/
		returnBuffer() {
		return super.returnBuffer();
		}
		/**
		* Speaks a single letter as quickly as possible, aborting any previously queued speech. This will be somewhat slower if {@link speak()} has been called since the last {@link typing()} or {@link reset()} call.
		* @param {string} text - The character to be spoken.
		* @comment This function should only be called only when the application is synthesizing directly to an audio device (not to memory or to a file).
		` */
		typing(text) {
		super.typing(text);
		}
		/**
		* Checks for an installed language and loads it into the DecTalk Multi-Language (ML) engine.
		* @static
		* @param {string} lang - The language to be loaded.
		* @returns {number} A handle to the loaded language on success or sets the bit `TTSLangError` on failure. If the `TTSLangError` bit is set, the return can equal one of two values: `TTSNotSupported` for the application is not running DECtalk ML and `TTSNotAvailable` for the language selected is not installed.
		* @comments This call must be called before a language may be selected and opened in a multi-language application.
		*/
		static startLang(lang) {
		return super.startLang(lang);
		}
		/**
		* Selects a loaded language for a program thread.
		* @static
		* @param {number} lang - The language header to be selected.
		* @returns {boolean} True if the language was selected successfully.
		*/
		static selectLang(lang) {
		return super.selectLang(lang);
		}
		/**
		* Closes an instance for an installed language and attempts to unload it from the DecTalk Multi-Language (ML) engine.
		* @static
		* @param {string} lang - The language to be closed.
		* @returns {boolean} True if the language was closed successfully.
		* @comments Call this application per thread using the selected language. When a thread returns `true`, the language is freed and can be uninstalled or upgraded. A return of `true` may be a bad pass of the lang variable or more instances. If there are more instances, the call frees the current instance and returns a `false` flag. After calling {@link closeLang()}, assume the language handle is no longer valid.
		* @see {@link enumLangs}
		* @see {@link startLang}
		* @see {@link selectLang}
		*/
		static closeLang(lang) {
		return super.closeLang(lang);
		}
		/**
		* Retrieves information about what languages are available.
		* @static
		* @returns {{ multiLang: boolean, languages: { code: string, name: string }[] }} An object contains language data, and zero on error
		* @comment {@link enumLangs()} returns the default language in the registry as the first language of the array of entries returned by langs.
		* @see {@link startLang}
		* @see {@link selectLang}
		* @see {@link closeLang}
		*/
		static enumLangs() {
		return super.enumLangs();
		}
		}
		exports.DecTalk = DecTalk;
		/**
		* Contains information about the current state of the Text-To-Speech system.
		* @comment When the memory buffer is completed, the memory buffer is returned to the calling application. A memory buffer is considered completed when any one of the following occur: <br/>
		* * The memory buffer ( the data field ) is filled.
		* * The phoneme array is filled.
		* * The index mark array is filled.
		* * A `TTSForce` argument is used in the call to {@link DecTalk.speak \| speak()}.
		* @see {@link DecTalk.addBuffer}
		* @see {@link DecTalk.returnBuffer}
		*/
		class TTSBuffer extends addon.TTSBuffer {
		/**
		* Creates an instance of TTSBuffer.
		* @param { { data?: number, phoneme?: number, index?: number } } options - The maximum lengths of each list.
		*/
		constructor(options) {
		super(options);
		}
		}
		exports.TTSBuffer = TTSBuffer;

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package.json

		{
		"name": "node-dectalk",
		"version": "0.0.3",
		"version": "0.1.0",
		"description": "NodeJS bindings for the node-dectalk TTS Engine",
		@@ -5,0 +5,0 @@ "repository": {

README.md

		@@ -44,3 +44,3 @@ # `node-dectalk` - Node.js bindings for the DecTalk TTS Engine
		- [x] Add TypeScript support.
		- [ ] Figure out a way to add in the `TextToSpeechAddBuffer` and `callback` functions.
		- [x] Figure out a way to add in the `TextToSpeechAddBuffer` and `callback` functions.
		- seriously this is a pain in my `aeiou`. The function for the callback does not allow any sort of captures, so i cannot pass any pointer so that it can call a javascript function. I have no idea how to do this.

681

src/index.ts

		import bindings from 'bindings';
		const addon = bindings( 'node-dectalk.node' );

		export type TTSCallback = ( msg: Message, param: any ) => void;

		export interface LanguageParams {
		language: number;
		languageAttributes: number;
		readonly language: number;
		readonly languageAttributes: number;
		}

		export interface TTSPhoneme {
		readonly phoneme: number;
		readonly duration: number;
		readonly sampleNumber: number;
		}

		export interface TTSIndex {
		readonly index: number;
		readonly sampleNumber: number;
		}

		export enum Message {
		Buffer = 9,
		IndexMark = 1,
		Status = 2,
		Visual = 3
		}
		export interface TTSCaps {
		numberOfLanguages: number;
		languageParams: LanguageParams[];
		sampleRate: number;
		minimumSpeakingRate: number;
		maximumSpeakingRate: number;
		numberOfPredefinedSpeakers: number;
		characterSet: number;
		version: number;
		readonly numberOfLanguages: number;
		readonly languageParams: LanguageParams[];
		readonly sampleRate: number;
		readonly minimumSpeakingRate: number;
		readonly maximumSpeakingRate: number;
		readonly numberOfPredefinedSpeakers: number;
		readonly characterSet: number;
		readonly version: number;
		}
		@@ -37,38 +55,39 @@
		}

		export enum MMSysError {
		/** no error */
		/** No error */
		NoError = 0,
		/** unspecified error */
		/** Unspecified error */
		Error = 1,
		/** device ID out of range */
		/** Device ID out of range */
		BadDeviceID = 2,
		/** driver failed enable */
		/** Driver failed enable */
		NotEnabled = 3,
		/** device already allocated */
		/** Device already allocated */
		Allocated = 4,
		/** device handle is invalid */
		/** Device handle is invalid */
		InvalHandle = 5,
		/** no device driver present */
		/** No device driver present */
		NoDriver = 6,
		/** memory allocation error */
		/** Memory allocation error */
		NoMem = 7,
		/** function isn't supported */
		/** Function isn't supported */
		NotSupported = 8,
		/** error value out of range */
		/** Error value out of range */
		BadErrNum = 9,
		/** invalid flag passed */
		/** Invalid flag passed */
		InvalFlag = 10,
		/** invalid parameter passed */
		/** Invalid parameter passed */
		InvalParam = 11,
		/** handle being used */
		/** Handle being used */
		HandleBusy = 12,
		/** "Specified alias not found in WIN.INI */
		InvalidAlias = 13,
		/** last error in range */
		/** Last error in range */
		LastError = 13,
		};

		/** defines for dwFormat field of WAVEINCAPS and WAVEOUTCAPS */
		/** Defines for dwFormat field of WAVEINCAPS and WAVEOUTCAPS */
		export enum WaveFormat {
		/** invalid format */
		/** Invalid format */
		InvalidFormat = 0x00000000,
		@@ -108,2 +127,5 @@ /** 11.025 kHz, Mono, 8-bit */

		/**
		* The DECtalk Text-To-Speech system supports the following predefined speaking voices.
		*/
		export enum Speaker {
		@@ -127,4 +149,5 @@ Paul,
		}

		export enum DeviceID {
		/** device ID for wave device mapper */
		/** Device ID for wave device mapper */
		Mapper = 4294967295,
		@@ -135,4 +158,10 @@ /** Open device as shareable */

		/**
		* The main class for the DECtalk Text-To-Speech system.
		*/
		export class DecTalk extends addon.DecTalk {

		/**
		* Create a new instance of the DECtalk Text-To-Speech system.
		*/
		constructor () {
		@@ -143,26 +172,33 @@ super();
		/**
		* DECtalk initialization function.
		* Initializes the text-to-speech system; defines the callback routine; and loads the main and user pronunciation dictionaries.
		* @param {(DeviceID \| number)} [deviceID] - Wave out device ID number. `WaveMapper` may be used here if the device ID number is unknown.
		* @param {DeviceManagement} [deviceManagement=DeviceManagement.OwnAudioDevice] - Specifies how the wave output device is managed.
		* @return {MMSysError} This value is zero if initialization was successful.
		* The return value will be one of the following constants:
		*
		* `NoError` = 0 - Normal successful completion <br/>
		* `NoDriver` - No wave out device driver present <br/>
		* `BadDeviceID` - Device ID out of range <br/>
		* `NoMem` - Unable to allocate memory <br/>
		* `Error` - Dictionary not found <br/>
		* `InvalParam` - Invalid param for th eload dictionary <br/>
		* @memberof DecTalk
		* @return {MMSysError} This value is zero if initialization was successful. The return value will be one of the following constants:
		* - {@link MMSysError.NoError \| NoError} - Normal successful completion (zero).
		* - {@link MMSysError.NoDriver \| NoDriver} - No wave out device driver present.
		* - {@link MMSysError.BadDeviceID \| BadDeviceID} - Device ID out of range.
		* - {@link MMSysError.NoMem \| NoMem} - Unable to allocate memory.
		* - {@link MMSysError.Error \| Error} - Dictionary not found.
		* - {@link MMSysError.InvalParam \| InvalParam} - Invalid param for the load dictionary.
		* @comment If the callback procedure is defined, then the calling application will be called via the callback routine when a buffer is filled while in speech-to-memory mode, an error occurs, or an index mark is encountered. <br/>
		* The default parameters are: <br/>
		* * Language: American English.
		* * Speaking rate: 200 words per minute.
		* * Speaker: Paul.
		* @see {@link shutdown}
		* @see {@link openInMemory}
		* @see {@link openLogFile}
		* @see {@link openWaveFile}
		* @see {@link speak}
		*/
		startup ( deviceID?: DeviceID \| number, deviceManagement: DeviceManagement = DeviceManagement.OwnAudioDevice ): MMSysError {
		return super.startup( deviceID, deviceManagement );
		startup ( deviceID?: DeviceID \| number, deviceManagement: DeviceManagement = DeviceManagement.OwnAudioDevice, cb?: TTSCallback ): MMSysError {
		return super.startup( deviceID, deviceManagement, cb );
		}
		/**
		* DECtalk shutdown function.
		* @returns {MMSysError} This value is zero if shutdown was successful.
		* The return value will be one of the following constants:
		*
		* `NoError` = 0 - Normal successful completion <br/>
		* `InvalHandle` - The Text-To-Speech handle is invalid <br/>
		* Shuts down the text-to-speech system and frees all system resources used by the text-to-speech system.
		* @returns {MMSysError} This value is zero if shutdown was successful. The return value will be one of the following constants:
		* - {@link MMSysError.NoError \| NoError} - Normal successful completion (zero).
		* - {@link MMSysError.InvalHandle \| InvalHandle} - The Text-To-Speech handle is invalid.
		* @comment This call is called when you close an application. Any user-defined dictionaries, which were previously loaded, are automatically unloaded. All previously queued text is discarded and the text-to-speech system will immediately stop speaking.
		* @see {@link startup}
		*/
		@@ -174,13 +210,16 @@ shutdown (): MMSysError {
		/**
		* This function queues to the Text-To-Speech system.
		* Qqueues to the text-to-speech system. While in startup state, speech samples are routed to the audio device or ignored, depending on whether the {@link DeviceManagement.DoNotUseAudioDevice \| DoNotUseAudioDevice} flag is set in the `deviceOptions` parameter of the startup function. If the text-to-speech system is in one of its special modes (wave-file, log-file, or speech-to-memory modes), the speech samples are handled accordingly.
		* @async
		* @param { ( string \| string[] ) } text - The text to be spoken.
		* @param { boolean } [ force = false ] - Specifies if the text is to be pushed through the Text-To-Speech system even if it is not on a clause boundary.
		* @return {Promise<MMSysError>} The value will be zero if the function is successful.
		* The return value will be one of the following constants:
		*
		* `NoError` = 0 - Normal successful completion <br/>
		* `NoMem` - Unable to allocate memory <br/>
		* `InvalHandle` - The Text-To-Speech handle is invalid <br/>
		* @memberof DecTalk
		* @return {Promise<MMSysError>} The value will be zero if the function is successful. The return value will be one of the following constants:
		* - {@link MMSysError.NoError \| NoError} - Normal successful completion (zero). <br/>
		* - {@link MMSysError.NoMem \| NoMem} - Unable to allocate memory. <br/>
		* - {@link MMSysError.InvalHandle \| InvalHandle} - The Text-To-Speech handle is invalid. <br/>
		* @comment The speaker, speaking rate, and volume can also be changed in the text string by inserting in-line commands as shown in the following example: <br/>
		* `[:name paul] I am Paul. [:nb] I am Betty. [:volume set 50] The volume has been set to 50% of the maximum level. [:ra 120] I am speaking at 120 words per minute.`
		* @see {@link openInMemory}
		* @see {@link openLogFile}
		* @see {@link openWaveFile}
		* @see {@link startup}
		*/
		@@ -195,12 +234,15 @@ async speak ( text: string \| string[], force: boolean = false ): Promise<MMSysError> {
		/**
		* This function queues to the Text-To-Speech system.
		* Qqueues to the text-to-speech system. While in startup state, speech samples are routed to the audio device or ignored, depending on whether the {@link DeviceManagement.DoNotUseAudioDevice \| DoNotUseAudioDevice} flag is set in the `deviceOptions` parameter of the startup function. If the text-to-speech system is in one of its special modes (wave-file, log-file, or speech-to-memory modes), the speech samples are handled accordingly.
		* @param { ( string \| string[] ) } text - The text to be spoken.
		* @param { boolean } [ force = false ] - Specifies if the text is to be pushed through the Text-To-Speech system even if it is not on a clause boundary.
		* @return {MMSysError} The value will be zero if the function is successful.
		* The return value will be one of the following constants:
		*
		* `NoError` = 0 - Normal successful completion <br/>
		* `NoMem` - Unable to allocate memory <br/>
		* `InvalHandle` - The Text-To-Speech handle is invalid <br/>
		* @memberof DecTalk
		* @return {MMSysError} The value will be zero if the function is successful. The return value will be one of the following constants:
		* - {@link MMSysError.NoError \| NoError} - Normal successful completion (zero). <br/>
		* - {@link MMSysError.NoMem \| NoMem} - Unable to allocate memory. <br/>
		* - {@link MMSysError.InvalHandle \| InvalHandle} - The Text-To-Speech handle is invalid. <br/>
		* @comment The speaker, speaking rate, and volume can also be changed in the text string by inserting in-line commands as shown in the following example: <br/>
		* `[:name paul] I am Paul. [:nb] I am Betty. [:volume set 50] The volume has been set to 50% of the maximum level. [:ra 120] I am speaking at 120 words per minute.`
		* @see {@link openInMemory}
		* @see {@link openLogFile}
		* @see {@link openWaveFile}
		* @see {@link startup}
		*/
		@@ -215,11 +257,10 @@ speakSync ( text: string \| string[], force: boolean = false ): MMSysError {
		/**
		* Will block until all previously queued text has been spoken. This function will automatically resume audio if the Text - To - Speech system has been paused by the `pause()` function.
		* Will block until all previously queued text has been spoken. This function will automatically resume audio if the Text - To - Speech system has been paused by the {@link pause()} function.
		* @async
		* @return {Promise<MMSysError>} The value will be zero if the function is successful.
		* The return value will be one of the following constants:
		*
		* `NoError` = 0 - Normal successful completion <br/>
		* `Error` - Unable to complete queued text <br/>
		* `InvalHandle` - The Text-To-Speech handle is invalid <br/>
		* @memberof DecTalk
		* @return {Promise<MMSysError>} The value will be zero if the function is successful. The return value will be one of the following constants:
		* - {@link MMSysError.NoError \| NoError} - Normal successful completion (zero). <br/>
		* - {@link MMSysError.Error \| Error} - Unable to complete queued text. <br/>
		* - {@link MMSysError.InvalHandle \| InvalHandle} - The Text-To-Speech handle is invalid. <br/>
		* @comment This call automatically resumes audio output if the text-to-speech system is in a paused state by a previously issued {@link pause()} call.
		* @see {@link pause}
		*/
		@@ -230,10 +271,9 @@ async sync (): Promise<MMSysError> {
		/**
		* Will block until all previously queued text has been spoken. This function will automatically resume audio if the Text - To - Speech system has been paused by the `pause()` function.
		* @return {MMSysError} The value will be zero if the function is successful.
		* The return value will be one of the following constants:
		*
		* `NoError` = 0 - Normal successful completion <br/>
		* `Error` - Unable to complete queued text <br/>
		* `InvalHandle` - The Text-To-Speech handle is invalid <br/>
		* @memberof DecTalk
		* Will block until all previously queued text has been spoken. This function will automatically resume audio if the Text-To-Speech system has been paused by the {@link pause()} function.
		* @return {MMSysError} The value will be zero if the function is successful. The return value will be one of the following constants:
		* - {@link MMSysError.NoError \| NoError} - Normal successful completion (zero). <br/>
		* - {@link MMSysError.Error \| Error} - Unable to complete queued text. <br/>
		* - {@link MMSysError.InvalHandle \| InvalHandle} - The Text-To-Speech handle is invalid. <br/>
		* @comment This call automatically resumes audio output if the text-to-speech system is in a paused state by a previously issued {@link pause()} call.
		* @see {@link pause}
		*/
		@@ -245,16 +285,19 @@ syncSync (): MMSysError {
		/**
		* Creates a wave file. All subsequent calls to the `speak()` function cause the audio to be written to the specified file until the `closeWaveFile()` function is called.
		*
		* Causes the specified wave file to be opened and the text-to-speech system to enter into wave-file mode. This mode indicates that the speech samples are to be written in wave format into the wave file each time {@link speak()} is called. The text-to-speech system remains in the wave-file mode until {@link closeWaveFile()} is called.
		* @param {string} filename - The name of the wave file to be created.
		* @param {WaveFormat} format - Ddetermines the wave file audio sample format.
		* @return {MMSysError} The value will be zero if the function is successful.
		* The return value will be one of the following constants:
		*
		* `NoError` = 0 - Normal successful completion <br/>
		* `InvalParam` - An invalid parameter was passed (An illegal wave output format value.) <br/>
		* `NoMem` - Unable to allocate memory <br/>
		* `Allocated` - A wave output file is already open <br/>
		* `Error` - Unable to open the wave output file or unable to write to the wave output file <br/>
		* `InvalHandle` - The Text-To-Speech handle is invalid <br/>
		* @memberof DecTalk
		* @param {WaveFormat} format - Determines one or more of the wave file audio sample format.
		* @return {MMSysError} The value will be zero if the function is successful. The return value will be one of the following constants:
		* - {@link MMSysError.NoError \| NoError} - Normal successful completion (zero). <br/>
		* - {@link MMSysError.InvalParam \| InvalParam} - An invalid parameter or an illegal wave output format was passed. <br/>
		* - {@link MMSysError.NoMem \| NoMem} - Memory allocation error. <br/>
		* - {@link MMSysError.Allocated \| Allocated} - A wave file is already open. <br/>
		* - {@link MMSysError.Error \| Error} - Unable to open the wave file or unable to write to the wave file. <br/>
		* - {@link MMSysError.InvalHandle \| InvalHandle} - The Text-To-Speech handle is invalid. <br/>
		* @comment This call automatically resumes audio output if the text-to-speech system is in a paused state by a previously issued {@link pause()} call. <br/>
		* The startup function must be called to start the text-to-speech system before calling {@link openWaveFile()}.
		* @see {@link closeWaveFile}
		* @see {@link pause}
		* @see {@link reset}
		* @see {@link speak}
		* @see {@link startup}
		*/
		@@ -266,13 +309,9 @@ openWaveFile ( filename: string, format: WaveFormat ): MMSysError {
		/**
		* Close the Text-To-Speech Wave File.
		* @return {MMSysError} The value will be zero if the function is successful.
		* The return value will be one of the following constants:
		*
		* `NoError` = 0 - Normal successful completion <br/>
		* `Error` - Failure to wait for pending speech. <br/>
		* OR Unable to update the wave output file header <br/>
		* OR Unable to close the wave output file. <br/>
		* OR No wave output file is open <br/>
		* `InvalHandle` - The Text-To-Speech handle is invalid <br/>
		* @memberof DecTalk
		* Close the Text-To-Speech Wave File.
		* @return {MMSysError} The value will be zero if the function is successful. The return value will be one of the following constants:
		* - {@link MMSysError.NoError \| NoError} - Normal successful completion (zero). <br/>
		* - {@link MMSysError.Error \| Error} - Failure to wait for pending speech, unable to update wave file header, or unable to close the wave file. <br/>
		* - {@link MMSysError.InvalHandle \| InvalHandle} - The Text-To-Speech handle is invalid. <br/>
		* @comment The application must call {@link openWaveFile()} before calling {@link closeWaveFile()}.
		* @see {@link openWaveFile}
		*/
		@@ -285,15 +324,20 @@ closeWaveFile (): MMSysError {
		/**
		* Creates a file which contains either text, phonemes, or syllables. The phonemes and syllables are written using the arpabet alphabet. After calling this function, all subsequent calls to the `speak()` function cause the log data to be written to specified file until the `closeLogFile()` function is called.
		* @param {string} filename - The name of the log file to be created.
		* @param {LogType=} [logType] - Specifies the type of log file to be created.
		* @return {MMSysError} The value will be zero if the function is successful.
		* The return value will be one of the following constants:
		*
		* `NoError` = 0 - Normal successful completion <br/>
		* `InvalParam` - An invalid parameter was passed <br/>
		* `NoMem` - Unable to allocate memory <br/>
		* `Allocated` - A log file is already open <br/>
		* `Error` - Unable to open the log file. <br/>
		* `InvalHandle` - The Text-To-Speech handle is invalid <br/>
		* @memberof DecTalk
		* Causes the specified log file to be opened and the text-to-speech sytem to enter into the log-file mode. This mode indicates that the speech samples are to be written as text, phonemes, or syllables into the log file each time {@link speak()} is called. The phonemes and syllables are written using the arpabet alphabet. The text-to-speech system remains in the log-file mode until {@link closeLogFile()} is called.
		* @param {string} filename - The name of the log file to be created.
		* @param {LogType=} [logType] - Specifies one or more of the type of output.
		* @return {MMSysError} The value will be zero if the function is successful. The return value will be one of the following constants:
		* - {@link MMSysError.NoError \| NoError} - Normal successful completion (zero). <br/>
		* - {@link MMSysError.InvalParam \| InvalParam} - An invalid parameter was passed. <br/>
		* - {@link MMSysError.NoMem \| NoMem} - Unable to allocate memory. <br/>
		* - {@link MMSysError.Allocated \| Allocated} - A log file is already open. <br/>
		* - {@link MMSysError.Error \| Error} - Unable to open the output file. <br/>
		* - {@link MMSysError.InvalHandle \| InvalHandle} - The Text-To-Speech handle is invalid. <br/>
		* @comment If more than one of the dwFlags are passed, then the logged output is mixed in an unpredictable fashion. If there is already a log file open, this call returns an error. The Log command has no effect when a log file is already open. <br/>
		* The startup function must be called to start the text-to-speech system before calling this function. <br/>
		* {@link openLogFile()} automatically resumes audio output if the text-to-speech system is in a paused state by a previously issued {@link pause()} call.
		* @see {@link closeLogFile}
		* @see {@link pause}
		* @see {@link reset}
		* @see {@link speak}
		* @see {@link startup}
		*/
		@@ -305,12 +349,10 @@ openLogFile ( filename: string, logType?: LogType ): MMSysError {
		/**
		* Closes the log file opened by the `openLogFile()` function.
		* @return {MMSysError} The value will be zero if the function is successful.
		* The return value will be one of the following constants:
		*
		* `NoError` = 0 - Normal successful completion <br/>
		* `Error` - Failure to wait for pending speech <br/>
		* OR Unable to close the output file <br/>
		* OR No output file is open <br/>
		* `InvalHandle` - The Text-To-Speech handle is invalid <br/>
		* @memberof DecTalk
		* Closes the log file opened by the {@link openLogFile()} function.
		* @return {MMSysError} The value will be zero if the function is successful. The return value will be one of the following constants:
		* - {@link MMSysError.NoError \| NoError} - Normal successful completion (zero). <br/>
		* - {@link MMSysError.Error \| Error} - Failure to wait for pending speech, unable to close the output file, or no output file is open. <br/>
		* - {@link MMSysError.InvalHandle \| InvalHandle} - The Text-To-Speech handle is invalid. <br/>
		* @comment This call closes an open log file, even if it was opened with the Log in-line command. <br/>
		* The application must call {@link openLogFile()} before calling {@link closeLogFile()}.
		* @see {@link openLogFile}
		*/
		@@ -322,9 +364,20 @@ closeLogFile (): MMSysError {
		/**
		* Pauses the Text-To-Speech system.
		* @return {MMSysError} The value will be zero if the function is successful.
		* The return value will be one of the following constants:
		*
		* `NoError` = 0 - Normal successful completion <br/>
		* `InvalHandle` - The specified device handle is invalid (The system is NOT speaking), or the Text-To-Speech handle is invalid <br/>
		* @memberof DecTalk
		* Pauses text-to-speech audio output.
		* @return {MMSysError} The value will be zero if the function is successful. The return value will be one of the following constants:
		* - {@link MMSysError.NoError \| NoError} - Normal successful completion (zero). <br/>
		* - {@link MMSysError.InvalHandle \| InvalHandle} - The specified device handle is invalid. The system is not speaking or the text-to-speech handle is invalid. <br/>
		* @comment This call only affects the audio output and has no effect when writing log files, wave files, or when using the speech-to-memory capability of the text-to-speech system. <br/>
		* If the text-to-speech system owns the audio device (i.e. {@link DeviceManagement.OwnAudioDevice \| OwnAudioDevice} was specified in the startup function), then it remains paused until one of the following is called: <br/>
		* * openInMemory
		* * openLogFile
		* * ppenWaveFile
		* * resume
		* * sync
		* If the text-to-speech system does not own the audio device (i.e. {@link DeviceManagement.OwnAudioDevice \| OwnAudioDevice} was NOT specified in the startup function) and {@link pause()} is called while the system is speaking, it will remain paused until the system has completed speaking. <br/>
		* In this case, the wave output device is released when {@link reset()} is called. It will also be released if {@link sync()}, {@link openInMemory()}, {@link openLogFile()}, or {@link openWaveFile()} is called AND the system has completed speaking. <br/>
		* Note that the {@link pause()} call will NOT resume audio output if the text-to-speech system has been paused by the {@link pause()} call.
		* @see {@link resume}
		* @see {@link reset}
		* @see {@link speak}
		* @see {@link sync}
		*/
		@@ -336,9 +389,8 @@ pause (): MMSysError {
		/**
		* Resumes the Text-To-Speech system.
		* @return {MMSysError} The value will be zero if the function is successful.
		* The return value will be one of the following constants:
		*
		* `NoError` = 0 - Normal successful completion <br/>
		* `InvalHandle` - The specified device handle is invalid (The system is NOT speaking), or the Text-To-Speech handle is invalid <br/>
		* @memberof DecTalk
		* Resumes text-to-speech output after it was paused by calling {@link pause()}.
		* @return {MMSysError} The value will be zero if the function is successful. The return value will be one of the following constants:
		* - {@link MMSysError.NoError \| NoError} - Normal successful completion (zero). <br/>
		* - {@link MMSysError.InvalHandle \| InvalHandle} - The system was not paused or the text-to-speech handle was invalid. <br/>
		* @comment This call only affects the audio output and has no effect when writing log files, writing wave files, or when writing speech samples to memory.
		* @see {@link pause}
		*/
		@@ -350,11 +402,14 @@ resume (): MMSysError {
		/**
		* cancels all audio output and deletes any text from the Text-To-Speech systems text queue. All pending index marks are discarded.
		* @return {MMSysError} The value will be zero if the function is successful.
		* The return value will be one of the following constants:
		*
		* `NoError` = 0 - Normal successful completion <br/>
		* `NoMem` - Unable to allocate memory <br/>
		* `Error` - Unable to flush the system <br/>
		* `InvalHandle` - The Text-To-Speech handle is invalid <br/>
		* @memberof DecTalk
		* Cancels all audio output and deletes any text from the Text-To-Speech systems text queue. All pending index marks are discarded.
		* @return {MMSysError} The value will be zero if the function is successful. The return value will be one of the following constants:
		* - {@link MMSysError.NoError \| NoError} - Normal successful completion (zero). <br/>
		* - {@link MMSysError.NoMem \| NoMem} - Unable to allocate memory. <br/>
		* - {@link MMSysError.Error \| Error} - Unable to flush the system. <br/>
		* - {@link MMSysError.InvalHandle \| InvalHandle} - The Text-To-Speech handle is invalid. <br/>
		* @comment The {@link reset()} call flushes all previously queued text and stops all audio output. If the {@link openInMemory()} call has enabled outputting the speech samples to memory, then all queued memory buffers will be returned to the calling application. If the `reset` flag is on and the text-to-speech system is in one of its special modes (log-file, wave-file or speech-to-memory mode), then all files will be closed and the text-to-speech system is returned to the startup state. <br/>
		* {@link reset()} should be called before {@link closeInMemory()}. Failing to do this in a situation where the synthesizer is busy may result in a deadlock.
		* @see {@link pause}
		* @see {@link openInMemory}
		* @see {@link openLogFile}
		* @see {@link openWaveFile}
		*/
		@@ -365,42 +420,75 @@ reset (): MMSysError {

		get sampleRate (): number {
		return super.getSampleRate();
		}

		set sampleRate ( value: number ) {
		super.setSampleRate( value );
		}

		/**
		* Returns the current setting of the volume.
		* @type {number} The current setting of the volume. Valid values range from 0 to 100.
		* @comment The current setting of the volume is returned even if the volume change has not yet occurred. This may occur while setting {@link volume} without the {@link sync()} call. The volume change occurs on clause boundaries.
		*/
		get volume (): number {
		return super.getVolume();
		return super.volume;
		}

		/**
		* Sets the volume of the text-to-speech system.
		* @comment The volume change is not effective until the next phrase boundary. All the queued audio encountered before the phrase boundary is unaffected.
		*/
		set volume ( value: number ) {
		super.setVolume( value );
		super.volume = value;
		}

		/**
		* Returns the current setting of the attenuation volume.
		* @type {number} The current setting of the attenuation volume. Valid values range from 0 to 100.
		* @comment The current setting of the attenuation volume is returned even if the attenuation volume change has not yet occurred. This may occur while setting {@link attenuationVolume} without the {@link sync()} call. The attenuation volume change occurs on clause boundaries.
		*/
		get attenuationVolume (): number {
		return super.getAttenuationVolume();
		return super.attenuationVolume;
		}

		/**
		* Sets the attenuation volume of the text-to-speech system.
		* @comment The attenuation volume change is not effective until the next phrase boundary. All the queued audio encountered before the phrase boundary is unaffected.
		*/
		set attenuationVolume ( value: number ) {
		super.setAttenuationVolume( value );
		super.attenuationVolume = value;
		}

		/**
		* Returns the current setting of the speaking rate.
		* @type {number} The current setting of the speaking rate. Valid values range from 75 to 600 words per minute.
		* @comment The current setting of the speaking rate is returned even if the speaking rate change has not yet occurred. This may occur while setting {@link rate} without the {@link sync()} call. The speaking-rate change occurs on clause boundaries.
		*/
		get rate (): number {
		return super.getRate();
		return super.rate;
		}

		/**
		* Sets the text-to-speech speaking rate.
		* @comment The speaking rate change is not effective until the next phrase boundary. All the queued audio encountered before the phrase boundary is unaffected.
		*/
		set rate ( value: number ) {
		super.setRate( value );
		super.rate = value;
		}

		/**
		* Returns the value of the identifier for the last voice that has spoken.
		* @type {Speaker} The current speaker.
		* @comment Note that even after a setting {@link speaker}, {@link speaker} returns the value for the previous speaking voice until the new voice actually has spoken.
		*/
		get speaker (): Speaker {
		return super.getSpeaker();
		return super.speaker;
		}

		/**
		* Sets the voice of the speaker the text-to-speech system will use.
		* @comment The change in speaking voice is not effective until the next phrase boundary. All queued audio encountered before the phrase boundary is unaffected.
		*/
		set speaker ( value: Speaker ) {
		super.setSpeaker( value );
		super.speaker = value;
		}

		/**
		* Returns if the Text-To-Speech system is currently speaking.
		* @type {boolean} value is `true` if audio samples are playing and `false` if no audio sample is playing.
		* @comment Has no meaning if the application is sending speech to a wave file or sending speech to memory.
		*/
		get isSpeaking (): boolean {
		@@ -410,2 +498,6 @@ return super.isSpeaking;

		/**
		* Returns a count of characters that the text-to-speech system is currently processing.
		* @type {number} The number of characters that the text-to-speech system is currently processing.
		*/
		get inputCharacterCount (): number {
		@@ -415,2 +507,6 @@ return super.inputCharacterCount;

		/**
		* Returns the current wave output device ID.
		* @type {number} The current wave output device ID.
		*/
		get waveOutDeviceID (): number {
		@@ -420,10 +516,16 @@ return super.waveOutDeviceID;

		get language () {
		return super.getLanguage();
		}
		// get language () {
		// return super.language;
		// }

		set language ( value: number ) {
		super.setLanguage( value );
		}
		// set language ( value: number ) {
		// super.language = value;
		// }

		/**
		* Lists the current capabilities of the DECtalk Software by returning the class {@link TTSCaps}.
		* @static
		* @returns {TTSCaps} The capabilities of the DECtalk Software.
		* @comment Information returned in the {@link TTSCaps} class includes languages and proper-name pronunciation support, sample rate, minimum and maximum speaking rate, number of predefined speaking voices, character-set supported, and version number.
		*/
		static getCapabilities (): TTSCaps {
		@@ -434,13 +536,12 @@ return super.getCapabilities();
		/**
		* Load a user dictionary. If a user dictionary is already loaded then it must be unloaded by the `unloadUserDictionary()` function before the new dictionary can be loaded.
		* @param {string} filename - The name of the user dictionary file to be loaded.
		* @returns {MMSysError} The value will be zero if the function is successful.
		* The return value will be one of the following constants:
		*
		* `NoError` = 0 - Normal successful completion <br/>
		* `NoMem` - Unable to allocate memory <br/>
		* `InvalParam` - Dictory file not found. (invalid dictionary file name) <br/>
		* `Error` - Illegal dictionary format, or a dictionary is already loaded <br/>
		* `InvalHandle` - The Text-To-Speech handle is invalid <br/>
		* @memberof DecTalk
		* Loads a user-defined pronunciation dictionary into the text-to-speech system.
		* @param {string} filename - The name of the user dictionary file to be loaded.
		* @returns {MMSysError} The value will be zero if the function is successful. The return value will be one of the following constants:
		* - {@link MMSysError.NoError \| NoError} - Normal successful completion (zero). <br/>
		* - {@link MMSysError.NoMem \| NoMem} - Unable to allocate memory for dictionary. <br/>
		* - {@link MMSysError.InvalParam \| InvalParam} - Dictionary file not found or an invalid dictionary file name. <br/>
		* - {@link MMSysError.Error \| Error} - Illegal dictionary format or a dictionary is already loaded. <br/>
		* - {@link MMSysError.InvalHandle \| InvalHandle} - The Text-To-Speech handle is invalid. <br/>
		* @comment This call loads a dictionary created by the windict or userdict applet. Any previously loaded user dictionary must be unloaded before loading a new user dictionary. Note that the text-to-speech system will automatically load a user dictionary, user.dic, at startup if it exists in the home directory.
		* @see {@link unloadUserDictionary}
		*/
		@@ -452,9 +553,8 @@ loadUserDictionary ( filename: string ): MMSysError {
		/**
		* Unloads the currently loaded user dictionary
		* @returns {MMSysError} The value will be zero if the function is successful.
		* The return value will be one of the following constants:
		*
		* `NoError` = 0 - Normal successful completion <br/>
		* `InvalHandle` - The Text-To-Speech handle is invalid <br/>
		* @memberof DecTalk
		* Unloads the currently loaded user dictionary.
		* @returns {MMSysError} The value will be zero if the function is successful. The return value will be one of the following constants:
		* - {@link MMSysError.NoError \| NoError} - Normal successful completion (zero). <br/>
		* - {@link MMSysError.InvalHandle \| InvalHandle} - The Text-To-Speech handle is invalid. <br/>
		* @comment A user dictionary is created using the User Dictionary Build tool.
		* @see {@link loadUserDictionary}
		*/
		@@ -465,2 +565,207 @@ unloadUserDictionary (): MMSysError {

		/**
		* Returns information about the currently running version of DECtalk Software.
		* @readonly
		* @static
		*/
		static get version (): {
		readonly dllVersion: number,
		readonly dTalkVersion: number,
		readonly structVersion: number,
		readonly language: string,
		readonly version: string,
		readonly versionString: string,
		readonly dtMajor: number,
		readonly dtMinor: number,
		readonly dapiMajor: number,
		readonly dapiMinor: number,
		} {

		return super.version;
		}

		/**
		* Causes the text-to-speech system to enter into the speech-to-memory mode. This mode indicates that the speech samples are to be written into memory buffers rather than sent to an audio device each time {@link speak()} is called. The {@link addBuffer()} call supplies the text-to-speech system with the memory buffers that it needs. The text-to-speech system remains in the speech-to-memory mode until {@link closeInMemory()} is called.
		* @param {WaveFormat} format - Determines the wave file audio sample format
		* @return {MMSysError} The value will be zero if the function is successful. return value will be one of the following constants:
		* - {@link MMSysError.NoError \| NoError} - Normal successful completion (zero). <br/>
		* - {@link MMSysError.InvalParam \| InvalParam} - An invalid parameter or illegal wave output format was passed. <br/>
		* - {@link MMSysError.NoMem \| NoMem} - Unable to allocate memory. <br/>
		* - {@link MMSysError.Error \| Error} - Illegal output state. <br/>
		* - {@link MMSysError.InvalHandle \| InvalHandle} - The Text-To-Speech handle is invalid. <br/>
		* @comment The text-to-speech system is in the speech-to-memory mode after successfully invoking this call. The memory buffer is passed using the class {@link TTSBuffer}. <br/>
		* The text-to-speech system returns the buffer to the application when the memory buffer, phoneme array, or index mark array is full or when force was used in the {@link speak()} call. <br/>
		* The startup function must be called to start the text-to-speech system before calling this function. <br/>
		* {@link openInMemory()} automatically resumes audio output if the text-to-speech system is in a paused state by a previously issued {@link pause()} call.
		* @see {@link closeInMemory}
		* @see {@link addBuffer}
		* @see {@link startup}
		* @see {@link TTSBuffer}
		* @see {@link speak}
		* @see {@link pause}
		* @see {@link reset}
		* @see {@link returnBuffer}
		*/
		openInMemory ( format: WaveFormat ): MMSysError {
		return super.openInMemory( format );
		}

		/**
		* Return the Text-To-Speech system to it's normal state. Speech samples will be routed to the audio device (if audio output was enabled at startup).
		* @return {MMSysError} The value will be zero if the function is successful. The return value will be one of the following constants:
		* - {@link MMSysError.NoError \| NoError} - Normal successful completion (zero). <br/>
		* - {@link MMSysError.Error \| Error} - Output to memory not enabled or unable to create a system object. <br/>
		* - {@link MMSysError.InvalHandle \| InvalHandle} - The Text-To-Speech handle is invalid. <br/>
		* @comment {@link openInMemory()} must be called before calling {@link closeInMemory()}.
		* @see {@link openInMemory}
		*/
		closeInMemory (): MMSysError {
		return super.closeInMemory();
		}

		/**
		* Add a buffer to the memory list.
		* @param {TTSBuffer} buf - The buffer to be added to the memory list.
		* @returns {MMSysError} The value will be zero if the function is successful. The return value will be one of the following constants:
		* - {@link MMSysError.NoError \| NoError} - Normal successful completion (zero). <br/>
		* - {@link MMSysError.InvalParam \| InvalParam} - Invalid parameter. <br/>
		* - {@link MMSysError.Error \| Error} - Output to memory not enabled or unable to create a system object. <br/>
		* - {@link MMSysError.InvalHandle \| InvalHandle} - The Text-To-Speech handle is invalid. <br/>
		* @comment The application must call {@link openInMemory()} before calling {@link addBuffer()}. The memory buffer is passed using the {@link TTSBuffer} class. <br/>
		* The text-to-speech system returns the buffer to the application when the memory buffer, phoneme array, or index mark array is full or when force was used in the {@link speak()} call.
		* @see {@link openInMemory}
		* @see {@link returnBuffer}
		* @see {@link startup}
		* @see {@link TTSBuffer}
		*/
		addBuffer ( buf: TTSBuffer ): MMSysError {
		return super.addBuffer( buf );
		}

		/**
		* Cause the current buffer to be returned even if it not yet full. The buffer may in fact be empty.
		* @returns {TTSBuffer} The buffer returned by the Text-To-Speech system.
		*/
		returnBuffer (): TTSBuffer {
		return super.returnBuffer();
		}

		/**
		* Speaks a single letter as quickly as possible, aborting any previously queued speech. This will be somewhat slower if {@link speak()} has been called since the last {@link typing()} or {@link reset()} call.
		* @param {string} text - The character to be spoken.
		* @comment This function should only be called only when the application is synthesizing directly to an audio device (not to memory or to a file).
		` */
		typing ( text: string ): void {
		super.typing( text );
		}


		/**
		* Checks for an installed language and loads it into the DecTalk Multi-Language (ML) engine.
		* @static
		* @param {string} lang - The language to be loaded.
		* @returns {number} A handle to the loaded language on success or sets the bit `TTSLangError` on failure. If the `TTSLangError` bit is set, the return can equal one of two values: `TTSNotSupported` for the application is not running DECtalk ML and `TTSNotAvailable` for the language selected is not installed.
		* @comments This call must be called before a language may be selected and opened in a multi-language application.
		*/
		static startLang ( lang: string ): number {
		return super.startLang( lang );
		}

		/**
		* Selects a loaded language for a program thread.
		* @static
		* @param {number} lang - The language header to be selected.
		* @returns {boolean} True if the language was selected successfully.
		*/
		static selectLang ( lang: number ): boolean {
		return super.selectLang( lang );
		}

		/**
		* Closes an instance for an installed language and attempts to unload it from the DecTalk Multi-Language (ML) engine.
		* @static
		* @param {string} lang - The language to be closed.
		* @returns {boolean} True if the language was closed successfully.
		* @comments Call this application per thread using the selected language. When a thread returns `true`, the language is freed and can be uninstalled or upgraded. A return of `true` may be a bad pass of the lang variable or more instances. If there are more instances, the call frees the current instance and returns a `false` flag. After calling {@link closeLang()}, assume the language handle is no longer valid.
		* @see {@link enumLangs}
		* @see {@link startLang}
		* @see {@link selectLang}
		*/
		static closeLang ( lang: string ): boolean {
		return super.closeLang( lang );
		}

		/**
		* Retrieves information about what languages are available.
		* @static
		* @returns {{ multiLang: boolean, languages: { code: string, name: string }[] }} An object contains language data, and zero on error
		* @comment {@link enumLangs()} returns the default language in the registry as the first language of the array of entries returned by langs.
		* @see {@link startLang}
		* @see {@link selectLang}
		* @see {@link closeLang}
		*/
		static enumLangs (): { multiLang: boolean, languages: { code: string, name: string }[] } \| 0 {
		return super.enumLangs();
		}


		}

		/**
		* Contains information about the current state of the Text-To-Speech system.
		* @comment When the memory buffer is completed, the memory buffer is returned to the calling application. A memory buffer is considered completed when any one of the following occur: <br/>
		* * The memory buffer ( the data field ) is filled.
		* * The phoneme array is filled.
		* * The index mark array is filled.
		* * A `TTSForce` argument is used in the call to {@link DecTalk.speak \| speak()}.
		* @see {@link DecTalk.addBuffer}
		* @see {@link DecTalk.returnBuffer}
		*/
		export class TTSBuffer extends addon.TTSBuffer {
		/**
		* Creates an instance of TTSBuffer.
		* @param { { data?: number, phoneme?: number, index?: number } } options - The maximum lengths of each list.
		*/
		constructor ( options: { data?: number, phoneme?: number, index?: number } ) {
		super( options );
		}

		/**
		* The audio sample data buffer.
		* @readonly
		* @type {Buffer}
		*/
		readonly data!: Buffer;
		/**
		* The list of phonemes in the buffer.
		* @readonly
		* @type {TTSPhoneme[]}
		*/
		readonly phoneme!: TTSPhoneme[];
		/**
		* The list of index marks in the buffer.
		* @readonly
		* @type {TTSIndex[]}
		*/
		readonly index!: TTSIndex[];

		/**
		* The maximum number of bytes in the data buffer.
		* @readonly
		* @type {number}
		*/
		readonly maxBufferLength!: number;
		/**
		* The maximum number of classes in the phoneme array.
		* @readonly
		* @type {number}
		*/
		readonly maxPhonemeLength!: number;
		/**
		* The maximum number of classes in the index array.
		* @readonly
		* @type {number}
		*/
		readonly maxIndexLength!: number;

		}

test.ts

		import { DecTalk } from "./src";
		var talk = new DecTalk();

		var talk = new DecTalk();
		talk.startup();
		talk.speak(
		@@ -17,2 +16,2 @@ [
		);
		talk.sync();
		talk.syncSync();

build/Release/node-dectalk.node