def initialize():
global espeakDLL, bgThread, bgQueue, player
espeakDLL = cdll.LoadLibrary(r"synthDrivers\espeak.dll")
espeakDLL.espeak_Info.restype = c_char_p
espeakDLL.espeak_Synth.errcheck = espeak_errcheck
espeakDLL.espeak_SetVoiceByName.errcheck = espeak_errcheck
espeakDLL.espeak_SetVoiceByProperties.errcheck = espeak_errcheck
espeakDLL.espeak_SetParameter.errcheck = espeak_errcheck
espeakDLL.espeak_Terminate.errcheck = espeak_errcheck
espeakDLL.espeak_ListVoices.restype = POINTER(POINTER(espeak_VOICE))
espeakDLL.espeak_GetCurrentVoice.restype = POINTER(espeak_VOICE)
espeakDLL.espeak_SetVoiceByName.argtypes = (c_char_p, )
sampleRate = espeakDLL.espeak_Initialize(AUDIO_OUTPUT_SYNCHRONOUS, 300,
os.path.abspath("synthDrivers"),
0)
if sampleRate < 0:
raise OSError("espeak_Initialize %d" % sampleRate)
player = nvwave.WavePlayer(
channels=1,
samplesPerSec=sampleRate,
bitsPerSample=16,
outputDevice=config.conf["speech"]["outputDevice"])
espeakDLL.espeak_SetSynthCallback(callback)
bgQueue = Queue.Queue()
bgThread = BgThread()
bgThread.start()
def playWaveFileEx(fileName, asynchronous=True):
"""plays a specified wave file.
@param asynchronous: whether the wave file should be played asynchronously
@type asynchronous: bool
"""
from synthDriverHandler import _audioOutputDevice
f = wave.open(fileName, "r")
if f is None:
raise RuntimeError("can not open file %s" % fileName)
if nvwave.fileWavePlayer is not None:
nvwave.fileWavePlayer.stop()
nvwave.fileWavePlayer = nvwave.WavePlayer(
channels=f.getnchannels(),
samplesPerSec=f.getframerate(),
bitsPerSample=f.getsampwidth() * 8,
# outputDevice=config.conf["speech"]["outputDevice"],
outputDevice=_audioOutputDevice,
wantDucking=False
)
nvwave.fileWavePlayer.feed(f.readframes(f.getnframes()))
if asynchronous:
if nvwave.fileWavePlayerThread is not None:
nvwave.fileWavePlayerThread.join()
nvwave.fileWavePlayerThread = threading.Thread(
name=f"{__name__}.playWaveFile({os.path.basename(fileName)})",
target=nvwave.fileWavePlayer.idle
)
nvwave.fileWavePlayerThread.start()
else:
nvwave.fileWavePlayer.idle()
def run(self):
try:
self.wavePlayer = nvwave.WavePlayer(
channels=1,
samplesPerSec=self.sampleRate,
bitsPerSample=16,
outputDevice=config.conf["speech"]["outputDevice"])
self.synthEvent = threading.Event()
finally:
self.initializeEvent.set()
while self.keepAlive:
self.synthEvent.wait()
self.synthEvent.clear()
lastIndex = None
while self.keepAlive:
data = self.speechPlayer.synthesize(8192)
if self.isSpeaking and data:
indexNum = self.speechPlayer.getLastIndex()
self.wavePlayer.feed(
ctypes.string_at(data, data.length * 2),
onDone=lambda indexNum=indexNum: synthIndexReached.
notify(synth=self.synthRef(), index=indexNum)
if indexNum >= 0 else False)
lastIndex = indexNum
else:
indexNum = self.speechPlayer.getLastIndex()
if indexNum > 0 and indexNum != lastIndex:
synthIndexReached.notify(synth=self.synthRef(),
index=indexNum)
self.wavePlayer.idle()
synthDoneSpeaking.notify(synth=self.synthRef())
break
self.initializeEvent.set()
def bgPlay(stri):
global player
if not player or len(stri) == 0: return
# Sometimes player.feed() tries to open the device when it's already open,
# causing a WindowsError. This code catches and works around this.
# [DGL, 2012-12-18 with help from Tyler]
tries = 0
while tries < 10:
try:
player.feed(stri)
if tries > 0:
log.warning("Eloq speech retries: %d" % (tries))
return
except FileNotFoundError:
# reset the player if the used soundcard is not present. E.G. the total number of sound devices has changed.
player.close()
player = nvwave.WavePlayer(
1,
11025,
16,
outputDevice=config.conf["speech"]["outputDevice"])
except:
player.idle()
time.sleep(0.02)
tries += 1
log.error("Eloq speech failed to feed one buffer.")
def initialize(indexCallback=None):
"""
@param indexCallback: A function which is called when eSpeak reaches an index.
It is called with one argument:
the number of the index or C{None} when speech stops.
"""
global espeakDLL, bgThread, bgQueue, player, onIndexReached
espeakDLL = cdll.LoadLibrary(r"synthDrivers\espeak.dll")
espeakDLL.espeak_Info.restype = c_char_p
espeakDLL.espeak_Synth.errcheck = espeak_errcheck
espeakDLL.espeak_SetVoiceByName.errcheck = espeak_errcheck
espeakDLL.espeak_SetVoiceByProperties.errcheck = espeak_errcheck
espeakDLL.espeak_SetParameter.errcheck = espeak_errcheck
espeakDLL.espeak_Terminate.errcheck = espeak_errcheck
espeakDLL.espeak_ListVoices.restype = POINTER(POINTER(espeak_VOICE))
espeakDLL.espeak_GetCurrentVoice.restype = POINTER(espeak_VOICE)
espeakDLL.espeak_SetVoiceByName.argtypes = (c_char_p, )
eSpeakPath = os.path.abspath("synthDrivers")
sampleRate = espeakDLL.espeak_Initialize(AUDIO_OUTPUT_SYNCHRONOUS, 300,
os.fsencode(eSpeakPath), 0)
if sampleRate < 0:
raise OSError("espeak_Initialize %d" % sampleRate)
player = nvwave.WavePlayer(
channels=1,
samplesPerSec=sampleRate,
bitsPerSample=16,
outputDevice=config.conf["speech"]["outputDevice"],
buffered=True)
onIndexReached = indexCallback
espeakDLL.espeak_SetSynthCallback(callback)
bgQueue = queue.Queue()
bgThread = BgThread()
bgThread.start()
def initialize():
global espeakDLL, bgThread, bgQueue, player
if platform.architecture()[0][:2] == "64":
espeakDLL = cdll.LoadLibrary(r"espeak64.dll")
else:
espeakDLL = cdll.LoadLibrary(r"espeak.dll")
espeakDLL.espeak_Info.restype = c_char_p
espeakDLL.espeak_Synth.errcheck = espeak_errcheck
espeakDLL.espeak_SetVoiceByName.errcheck = espeak_errcheck
espeakDLL.espeak_SetVoiceByProperties.errcheck = espeak_errcheck
espeakDLL.espeak_SetParameter.errcheck = espeak_errcheck
espeakDLL.espeak_Terminate.errcheck = espeak_errcheck
espeakDLL.espeak_ListVoices.restype = POINTER(POINTER(espeak_VOICE))
espeakDLL.espeak_GetCurrentVoice.restype = POINTER(espeak_VOICE)
espeakDLL.espeak_SetVoiceByName.argtypes = (c_char_p, )
sampleRate = espeakDLL.espeak_Initialize(AUDIO_OUTPUT_SYNCHRONOUS, 300,
".", 0)
if sampleRate < 0:
raise OSError("espeak_Initialize %d" % sampleRate)
player = nvwave.WavePlayer(channels=1,
samplesPerSec=sampleRate,
bitsPerSample=16)
espeakDLL.espeak_SetSynthCallback(callback)
bgQueue = queue.Queue()
bgThread = BgThread()
bgThread.start()
def __init__(self):
self.player = nvwave.WavePlayer(
channels=2,
samplesPerSec=int(tones.SAMPLE_RATE),
bitsPerSample=16,
outputDevice=config.conf["speech"]["outputDevice"],
wantDucking=False)
self.stopSignal = False
def __init__(self, fileName, startAdjustment=0, endAdjustment=0):
self.fileName = fileName
self.startAdjustment = startAdjustment
self.endAdjustment = endAdjustment
self.f = wave.open(self.fileName,"r")
f = self.f
if self.f is None:
raise RuntimeError("can not open file %s"%self.fileName)
self.fileWavePlayer = nvwave.WavePlayer(channels=f.getnchannels(), samplesPerSec=f.getframerate(),bitsPerSample=f.getsampwidth()*8, outputDevice=config.conf["speech"]["outputDevice"],wantDucking=False)
def do_get_player(self): if self.__closed: return None if self.__sample_rate==0: return None player=self.__players.get(self.__sample_rate,None) if player is None: player=nvwave.WavePlayer(channels=1,samplesPerSec=self.__sample_rate,bitsPerSample=16,outputDevice=config.conf["speech"]["outputDevice"]) self.__players[self.__sample_rate]=player return player
def initialize():
global player
try:
player = nvwave.WavePlayer(
channels=2,
samplesPerSec=int(SAMPLE_RATE),
bitsPerSample=16,
outputDevice=config.conf["speech"]["outputDevice"],
wantDucking=False)
except Exception:
log.warning("Failed to initialize audio for tones", exc_info=True)
player = None
def initialize(indexCallback=None):
global eci, player, bgt, dll, handle, onIndexReached
onIndexReached = indexCallback
player = nvwave.WavePlayer(
1, 11025, 16, outputDevice=config.conf["speech"]["outputDevice"])
eci = eciThread()
eci.start()
started.wait()
started.clear()
bgt = BgThread()
bgt.start()
def initialize():
global bgThread, bgQueue, player
player = nvwave.WavePlayer(channels=1,
samplesPerSec=16000,
bitsPerSample=16)
bgQueue = Queue.Queue()
bgThread = BgThread()
bgThread.start()
#
OpenJTalk_initialize()
OpenJTalk_load()
Mecab_initialize()
Mecab_load()
def doInit(self):
if self.player is not None:
try:
self.player.stop()
except:
pass
self.buf, framerate = generateBeepBuf(getConfig('whiteNoiseVolume'))
self.player = nvwave.WavePlayer(
channels=2,
samplesPerSec=framerate,
bitsPerSample=16,
outputDevice=config.conf["speech"]["outputDevice"],
wantDucking=False)
def __init__(self, sim, mix_ahead):
self.sim = sim
self.mix_ahead = mix_ahead
self.queue = Queue.Queue(mix_ahead + 1)
self.player = nvwave.WavePlayer(
channels=2,
samplesPerSec=44100,
bitsPerSample=16,
outputDevice=config.conf["speech"]["outputDevice"])
self.feeding_thread = threading.Thread(target=self.feeder_func)
self.playing_thread = threading.Thread(target=self.player_func)
self.playing_thread.daemon = True
self.feeding_thread.daemon = True
self.playing_thread.start()
self.feeding_thread.start()
def _maybeInitPlayer(self, wav): """Initialize audio playback based on the wave header provided by the synthesizer. If the sampling rate has not changed, the existing player is used. Otherwise, a new one is created with the appropriate parameters. """ samplesPerSec = wav.getframerate() if self._player and self._player.samplesPerSec == samplesPerSec: return if self._player: # Finalise any pending audio. self._player.idle() bytesPerSample = wav.getsampwidth() self._bytesPerSec = samplesPerSec * bytesPerSample self._player = nvwave.WavePlayer(channels=wav.getnchannels(), samplesPerSec=samplesPerSec, bitsPerSample=bytesPerSample * 8, outputDevice=config.conf["speech"]["outputDevice"])
def player_func(self):
prev_device = config.conf["speech"]["outputDevice"]
zero_string = struct.pack("882h", *[0] * 882) #10 ms of silence.
while True:
current_device = config.conf["speech"]["outputDevice"]
if prev_device != current_device:
self.player = nvwave.WavePlayer(
channels=2,
samplesPerSec=44100,
bitsPerSample=16,
outputDevice=config.conf["speech"]["outputDevice"])
prev_device = current_device
try:
send_string = self.queue.get(block=True, timeout=0.01)
self.player.feed(send_string)
except Queue.Empty:
self.player.feed(zero_string)
def __init__(self):
global player
player = nvwave.WavePlayer(
channels=1,
samplesPerSec=10000,
bitsPerSample=8,
outputDevice=config.conf["speech"]["outputDevice"])
self.hasDictLib = os.path.isfile('synthDrivers/dict.dll')
if self.hasDictLib:
self.sdrvxpdb_lib = windll.LoadLibrary(
r"synthDrivers\sdrvxpdb.dll")
self.dict_lib = windll.LoadLibrary(r"synthDrivers\dict.dll")
self.newfon_lib = windll.LoadLibrary(r"synthDrivers\newfon_nvda.dll")
self.newfon_lib.speakText.argtypes = [c_char_p, c_int]
if not self.newfon_lib.initialize(): raise Exception
self.newfon_lib.set_callback(processAudio)
self.newfon_lib.set_dictionary(1)
def initialize(indexCallback, doneCallback):
global callbackQueue, callbackThread, eciQueue, eciThread, idleTimer, onIndexReached, onDoneSpeaking, player
onIndexReached = indexCallback
onDoneSpeaking = doneCallback
idleTimer = threading.Timer(
0.3, time.sleep) # fake timer because this can't be None.
player = nvwave.WavePlayer(
1, 11025, 16, outputDevice=config.conf["speech"]["outputDevice"])
if not eciCheck():
raise RuntimeError("No IBMTTS synthesizer available")
eciQueue = queue.Queue()
eciThread = EciThread()
eciThread.start()
started.wait()
started.clear()
callbackQueue = queue.Queue()
callbackThread = CallbackThread()
callbackThread.start()
def initialize(indexCallback=None):
""" Initializes communication with vocalizer libraries. """
global veDll, platformDll, hSpeechClass, installResources, bgThread, bgQueue
global pcmBuf, pcmBufLen, feedBuf, markBufSize, markBuf, player, onIndexReached
onIndexReached = indexCallback
# load dlls and stuff:
preInitialize()
# Start background thread
bgQueue = queue.Queue()
bgThread = BgThread(bgQueue)
# and allocate PCM and mark buffers
pcmBuf = (c_byte * pcmBufLen)()
feedBuf = BytesIO()
markBuf = (VE_MARKINFO * markBufSize)()
# Create a wave player
#sampleRate = sampleRateConversions[getParameter(VE_PARAM_FREQUENCY)]
sampleRate = 22050
player = nvwave.WavePlayer(
1, sampleRate, 16, outputDevice=config.conf["speech"]["outputDevice"])
def run(self):
try:
self.wavePlayer = nvwave.WavePlayer(
channels=1,
samplesPerSec=self.sampleRate,
bitsPerSample=16,
outputDevice=config.conf["speech"]["outputDevice"])
self.synthEvent = threading.Event()
finally:
self.initializeEvent.set()
while self.keepAlive:
self.synthEvent.wait()
self.synthEvent.clear()
while self.keepAlive:
data = self.speechPlayer.synthesize(8192)
if self.isSpeaking and data:
self.wavePlayer.feed(data)
else:
self.wavePlayer.idle()
break
self.initializeEvent.set()
def initialize(indexCallback=None):
"""
@param indexCallback: A function which is called when eSpeak reaches an index.
It is called with one argument:
the number of the index or C{None} when speech stops.
"""
global espeakDLL, bgThread, bgQueue, player, onIndexReached
espeakDLL = cdll.LoadLibrary(
os.path.join(globalVars.appDir, "synthDrivers", "espeak.dll"))
espeakDLL.espeak_Info.restype = c_char_p
espeakDLL.espeak_Synth.errcheck = espeak_errcheck
espeakDLL.espeak_SetVoiceByName.errcheck = espeak_errcheck
espeakDLL.espeak_SetVoiceByProperties.errcheck = espeak_errcheck
espeakDLL.espeak_SetParameter.errcheck = espeak_errcheck
espeakDLL.espeak_Terminate.errcheck = espeak_errcheck
espeakDLL.espeak_ListVoices.restype = POINTER(POINTER(espeak_VOICE))
espeakDLL.espeak_GetCurrentVoice.restype = POINTER(espeak_VOICE)
espeakDLL.espeak_SetVoiceByName.argtypes = (c_char_p, )
eSpeakPath = os.path.join(globalVars.appDir, "synthDrivers")
sampleRate = espeakDLL.espeak_Initialize(
AUDIO_OUTPUT_SYNCHRONOUS,
300,
os.fsencode(eSpeakPath),
# #10607: ensure espeak does not exit NVDA's process on errors such as the espeak path being invalid.
espeakINITIALIZE_DONT_EXIT)
if sampleRate <= 0:
raise OSError(
f"espeak_Initialize failed with code {sampleRate}. Given Espeak data path of {eSpeakPath}"
)
player = nvwave.WavePlayer(
channels=1,
samplesPerSec=sampleRate,
bitsPerSample=16,
outputDevice=config.conf["speech"]["outputDevice"],
buffered=True)
onIndexReached = indexCallback
espeakDLL.espeak_SetSynthCallback(callback)
bgQueue = queue.Queue()
bgThread = BgThread()
bgThread.start()
def __init__(self):
self.dll=ctypes.cdll.LoadLibrary(os.path.join(BASE_PATH, 'svox-pico.dll'))
#prepare dll object
system_functs = ('pico_initialize', 'pico_terminate', 'pico_getSystemStatusMessage', 'pico_getNrSystemWarnings',
'pico_getSystemWarning', 'pico_loadResource', 'pico_unloadResource', 'pico_getResourceName', 'pico_createVoiceDefinition', 'pico_addResourceToVoiceDefinition',
'pico_releaseVoiceDefinition', 'pico_newEngine', 'pico_disposeEngine')
for func in system_functs:
getattr(self.dll,func).errcheck=self.pico_system_errcheck
engine_funcs = ('pico_putTextUtf8', 'pico_getData', 'pico_resetEngine', 'pico_getEngineStatusMessage', 'pico_getNrEngineWarnings', 'pico_getEngineWarning')
for func in engine_funcs:
getattr(self.dll, func).errcheck = self.pico_engine_errcheck
#init pico system
self._svox_memory = ctypes.create_string_buffer(SVOX_MEMORY_SIZE)
self.pico_system = pico_system()
self.dll.pico_initialize(self._svox_memory, SVOX_MEMORY_SIZE, ctypes.byref(self.pico_system))
self.pico_engine = None
self.player = nvwave.WavePlayer(channels=1, samplesPerSec=16000, bitsPerSample=16, outputDevice=config.conf["speech"]["outputDevice"])
self.queue = queue.Queue()
self.isSpeaking = False
self.background_thread = threading.Thread(target=self.background_thread_func)
self.background_thread.daemon = True
self.background_thread.start()
self._set_voice("es")
def __init__(self):
super(SynthDriver, self).__init__()
self._dll = ctypes.windll[DLL_FILE]
self._dll.ocSpeech_getCurrentVoiceLanguage.restype = ctypes.c_wchar_p
self._handle = self._dll.ocSpeech_initialize()
self._callbackInst = ocSpeech_Callback(self._callback)
self._dll.ocSpeech_setCallback(self._handle, self._callbackInst)
self._dll.ocSpeech_getVoices.restype = bstrReturn
self._dll.ocSpeech_getCurrentVoiceId.restype = ctypes.c_wchar_p
self._player = nvwave.WavePlayer(
1,
SAMPLES_PER_SEC,
BITS_PER_SAMPLE,
outputDevice=config.conf["speech"]["outputDevice"])
# Initialize state.
self._queuedSpeech = []
self._wasCancelled = False
self._isProcessing = False
# Set initial values for parameters that can't be queried.
# This initialises our cache for the value.
self.rate = 50
self.pitch = 50
self.volume = 100
def __init__(self):
self.__lib = ctypes.CDLL(lib_path.encode(sys.getfilesystemencoding()))
self.__lib.RHVoice_initialize.argtypes = (c_char_p, RHVoice_callback,
c_char_p, c_uint)
self.__lib.RHVoice_initialize.restype = c_int
self.__lib.RHVoice_new_message_utf16.argtypes = (c_wchar_p, c_int,
c_int)
self.__lib.RHVoice_new_message_utf16.restype = RHVoice_message
self.__lib.RHVoice_delete_message.argtypes = (RHVoice_message, )
self.__lib.RHVoice_speak.argtypes = (RHVoice_message, )
self.__lib.RHVoice_get_min_rate.restype = c_float
self.__lib.RHVoice_get_rate.restype = c_float
self.__lib.RHVoice_get_max_rate.restype = c_float
self.__lib.RHVoice_get_min_pitch.restype = c_float
self.__lib.RHVoice_get_pitch.restype = c_float
self.__lib.RHVoice_get_max_pitch.restype = c_float
self.__lib.RHVoice_get_volume.restype = c_float
self.__lib.RHVoice_get_max_volume.restype = c_float
self.__lib.RHVoice_get_voice_count.restype = c_int
self.__lib.RHVoice_get_variant_count.restype = c_int
self.__lib.RHVoice_get_voice_name.argtypes = (c_int, )
self.__lib.RHVoice_get_voice_name.restype = c_char_p
self.__lib.RHVoice_get_variant_name.argtypes = (c_int, )
self.__lib.RHVoice_get_variant_name.restype = c_char_p
self.__lib.RHVoice_find_voice.argtypes = (c_char_p, )
self.__lib.RHVoice_find_voice.restype = c_int
self.__lib.RHVoice_find_variant.argtypes = (c_char_p, )
self.__lib.RHVoice_find_variant.restype = c_int
self.__lib.RHVoice_get_voice.restype = c_int
self.__lib.RHVoice_get_variant.restype = c_int
self.__lib.RHVoice_set_voice.argtypes = (c_int, )
self.__lib.RHVoice_set_variant.argtypes = (c_int, )
self.__lib.RHVoice_get_version.restype = c_char_p
self.__silence_flag = threading.Event()
self.__audio_callback = AudioCallback(self.__lib, self.__silence_flag)
self.__audio_callback_wrapper = RHVoice_callback(self.__audio_callback)
sample_rate = self.__lib.RHVoice_initialize(
data_path.encode("UTF-8"), self.__audio_callback_wrapper,
cfg_path.encode("UTF-8"), 0)
if sample_rate == 0:
raise RuntimeError("RHVoice: initialization error")
voice_count = self.__lib.RHVoice_get_voice_count()
if voice_count == 0:
raise RuntimeError("RHVoice: initialization error")
self.__player = nvwave.WavePlayer(
channels=1,
samplesPerSec=sample_rate,
bitsPerSample=16,
outputDevice=config.conf["speech"]["outputDevice"])
self.__audio_callback.set_player(self.__player)
self.__tts_queue = Queue.Queue()
self.__tts_thread = TTSThread(self.__lib, self.__tts_queue,
self.__player, self.__silence_flag)
self._availableVoices = OrderedDict()
for id in range(1, voice_count + 1):
name = self.__lib.RHVoice_get_voice_name(id)
self._availableVoices[name] = VoiceInfo(name, name, "ru")
self.__lib.RHVoice_set_voice(1)
self.__voice = self.__lib.RHVoice_get_voice_name(1)
variant_count = self.__lib.RHVoice_get_variant_count()
self._availableVariants = OrderedDict()
for id in range(1, variant_count + 1):
name = self.__lib.RHVoice_get_variant_name(id)
self._availableVariants[name] = VoiceInfo(name, name, "ru")
self.__lib.RHVoice_set_variant(1)
self.__variant = self.__lib.RHVoice_get_variant_name(1)
self.__rate = 50
self.__pitch = 50
self.__volume = 50
self.__native_rate_range = (self.__lib.RHVoice_get_min_rate(),
self.__lib.RHVoice_get_max_rate(),
self.__lib.RHVoice_get_rate())
self.__native_pitch_range = (self.__lib.RHVoice_get_min_pitch(),
self.__lib.RHVoice_get_max_pitch(),
self.__lib.RHVoice_get_pitch())
self.__native_volume_range = (0, self.__lib.RHVoice_get_max_volume(),
self.__lib.RHVoice_get_volume())
self.__char_mapping = {}
for c in range(9):
self.__char_mapping[c] = 32
self.__char_mapping[11] = 32
self.__char_mapping[12] = 32
for c in range(14, 32):
self.__char_mapping[c] = 32
self.__char_mapping[ord("<")] = u"<"
self.__char_mapping[ord("&")] = u"&"
self.__tts_thread.start()
log.info("Using RHVoice version %s" % self.__lib.RHVoice_get_version())
def __init__(self):
self.__lib = load_tts_library()
self.__cancel_flag = threading.Event()
self.__player = nvwave.WavePlayer(
channels=1,
samplesPerSec=16000,
bitsPerSample=16,
outputDevice=config.conf["speech"]["outputDevice"])
self.__speech_callback = speech_callback(self.__lib, self.__player,
self.__cancel_flag)
self.__c_speech_callback = RHVoice_callback_types.play_speech(
self.__speech_callback)
self.__mark_callback = mark_callback(self.__lib)
self.__c_mark_callback = RHVoice_callback_types.process_mark(
self.__mark_callback)
resource_paths = [
os.path.join(addon.path, "data").encode("UTF-8")
for addon in addonHandler.getRunningAddons()
if (addon.name.startswith("RHVoice-language")
or addon.name.startswith("RHVoice-voice"))
]
c_resource_paths = (c_char_p * (len(resource_paths) + 1))(
*(resource_paths + [None]))
init_params = RHVoice_init_params(
None, config_path.encode("utf-8"), c_resource_paths,
RHVoice_callbacks(
self.__c_speech_callback, self.__c_mark_callback,
cast(None, RHVoice_callback_types.word_starts),
cast(None, RHVoice_callback_types.word_ends),
cast(None, RHVoice_callback_types.sentence_starts),
cast(None, RHVoice_callback_types.sentence_ends),
cast(None, RHVoice_callback_types.play_audio)), 0)
self.__tts_engine = self.__lib.RHVoice_new_tts_engine(
byref(init_params))
if not self.__tts_engine:
raise RuntimeError("RHVoice: initialization error")
nvda_language = languageHandler.getLanguage().split("_")[0]
number_of_voices = self.__lib.RHVoice_get_number_of_voices(
self.__tts_engine)
native_voices = self.__lib.RHVoice_get_voices(self.__tts_engine)
self.__voice_languages = dict()
self.__languages = set()
for i in xrange(number_of_voices):
native_voice = native_voices[i]
self.__voice_languages[native_voice.name] = native_voice.language
self.__languages.add(native_voice.language)
self.__profile = None
self.__profiles = list()
number_of_profiles = self.__lib.RHVoice_get_number_of_voice_profiles(
self.__tts_engine)
native_profile_names = self.__lib.RHVoice_get_voice_profiles(
self.__tts_engine)
for i in xrange(number_of_profiles):
name = native_profile_names[i]
self.__profiles.append(name)
if (self.__profile is
None) and (nvda_language
== self.__voice_languages[name.split("+")[0]]):
self.__profile = name
if self.__profile is None:
self.__profile = self.__profiles[0]
self.__rate = 50
self.__pitch = 50
self.__volume = 50
self.__tts_queue = Queue.Queue()
self.__tts_thread = TTSThread(self.__tts_queue)
self.__tts_thread.start()
log.info("Using RHVoice version {}".format(
self.__lib.RHVoice_get_version()))
"ruleType": "prosody",
"startAdjustment": 0,
"tone": 500,
"wavFile": ""
}
]
""".replace("\\", "\\\\")
def initConfiguration():
confspec = {
"enabled" : "boolean( default=True)",
"rules" : "string( default='')",
}
config.conf.spec[pp] = confspec
ppSynchronousPlayer = nvwave.WavePlayer(channels=2, samplesPerSec=int(tones.SAMPLE_RATE), bitsPerSample=16, outputDevice=config.conf["speech"]["outputDevice"],wantDucking=True)
class PpSynchronousCommand(speech.commands.BaseCallbackCommand):
def getDuration(self):
raise NotImplementedError()
def terminate(self):
raise NotImplementedError()
class PpBeepCommand(PpSynchronousCommand):
def __init__(self, hz, length, left=50, right=50):
super().__init__()
self.hz = hz
self.length = length
self.left = left
self.right = right
import gui
from logHandler import log
from NVDAHelper import generateBeep
import nvwave
import speech
from threading import Lock, Thread
import time
import tones
import ui
import wx
SAMPLE_RATE = 44100
try:
player = nvwave.WavePlayer(
channels=2,
samplesPerSec=int(SAMPLE_RATE),
bitsPerSample=16,
outputDevice=config.conf["speech"]["outputDevice"],
wantDucking=False)
except:
log.warning("Failed to initialize player for BluetoothAudio")
counter = 0
counterThreshold = 5
lock = Lock()
def resetCounter():
global counter, lock
with lock:
counter = 0