def test3(self):
"""Change pitch, text, end utterance, text.
wx.CallLater(500, speech.speak, [
speech.PitchCommand(offset=50),
u"This is the first utterance in a higher pitch",
speech.EndUtteranceCommand(), u"And this is the second"
])
Expected: All should be higher pitch.
"""
smi = SpeechManagerInteractions(self)
sequence = [
speech.PitchCommand(offset=50),
u"This is the first utterance in a higher pitch",
# EndUtterance effectively splits the sequence, two sequence numbers are returned
# from smi.speak for ease of adding expectations.
smi.create_EndUtteranceCommand(expectedToBecomeIndex=1),
smi.create_ExpectedProsodyCommand(speech.PitchCommand(offset=50)),
u"And this is the second",
smi.create_ExpectedIndex(expectedToBecomeIndex=2),
]
with smi.expectation():
smi.speak(sequence)
smi.expect_synthSpeak(0)
with smi.expectation():
smi.indexReached(1)
smi.pumpAll()
smi.expect_synthSpeak(1)
def test_convertComplex(self):
"""Test converting a complex speech sequence to SSML.
XML generation is already tested by TestXmlBalancer.
However, SSML is what callers expect at the end of the day,
so test converting a complex speech sequence to SSML.
Depends on behavior tested by TestXmlBalancer.
"""
converter = speechXml.SsmlConverter("en_US")
xml = converter.convertToXml([
"t1",
speech.PitchCommand(multiplier=2),
speech.VolumeCommand(multiplier=2), "t2",
speech.PitchCommand(),
speech.LangChangeCommand("de_DE"),
speech.CharacterModeCommand(True),
speech.IndexCommand(1), "c",
speech.CharacterModeCommand(False),
speech.PhonemeCommand("phIpa", text="phText")
])
self.assertEqual(
xml,
'<speak version="1.0" xmlns="http://www.w3.org/2001/10/synthesis" xml:lang="en-US">'
't1'
'<prosody pitch="200%" volume="200%">t2</prosody>'
'<prosody volume="200%"><voice xml:lang="de-DE">'
'<mark name="1"/><say-as interpret-as="characters">c</say-as>'
'<phoneme alphabet="ipa" ph="phIpa">phText</phoneme>'
'</voice></prosody></speak>')
def generateBalancerCommands(self, speechSequence): commands = super(_OcPreAPI5SsmlConverter, self).generateBalancerCommands(speechSequence) # The EncloseAllCommand from SSML must be first. yield next(commands) # OneCore didn't provide a way to set base prosody values before API version 5. # Therefore, the base values need to be set using SSML. yield self.convertRateCommand(speech.RateCommand(multiplier=1)) yield self.convertVolumeCommand(speech.VolumeCommand(multiplier=1)) yield self.convertPitchCommand(speech.PitchCommand(multiplier=1)) for command in commands: yield command
def speakMathLine(self, spokenLine):
spokenLine = EditableLatex.speech.translate (spokenLine)
out = []
sups = 0 #How many superscripts we are in.
subs = 0 #How many subscripts we are in.
for expr in MATH_MATCHER.finditer(spokenLine):
if expr.group(1) == "sup":
sups+=1
#If there are any subscripts, do not pitch it, as we pitched the subscript.
#If there are any superscripts nessted, don't pitch it, because voice control isn't good enough for this in NVDA.
if sups == 1 and not subs:
out.append(speech.PitchCommand(1.25))
out.append("soop")
out.append(speech.BreakCommand(200))
elif expr.group(1) == "/sup":
sups -= 1
out.append("End soop")
if not sups and not subs:
#we know we are in nothing. turn the pitch change off.
out.append(speech.PitchCommand(1))
out.append(speech.BreakCommand(200))
elif expr.group(1) == "sub":
subs += 1
if subs == 1 and sups == 0:
out.append(speech.PitchCommand(.25))
out.append("sub")
out.append(speech.BreakCommand(200))
elif expr.group(1) == "/sub":
subs -= 1
out.append("End sub")
if not subs and not sups:
out.append(speech.PitchCommand(1))
out.append(speech.BreakCommand(200))
else:
#all other math. Send er.
out.append(expr.group(0))
speech.speak(out)
def test_1(self, mock_BeepCommand_run, mock_WaveFileCommand_run):
r"""Text, beep, beep, sound, text.
Manual Test (in NVDA python console):
wx.CallLater(500, speech.speak, [
u"This is some speech and then comes a", speech.BeepCommand(440, 10),
u"beep. If you liked that, let's ", speech.BeepCommand(880, 10),
u"beep again. I'll speak the rest of this in a ", speech.PitchCommand(offset=50),
u"higher pitch. And for the finale, let's ",
speech.WaveFileCommand(r"waves\browseMode.wav"), u"play a sound."
])
"""
smi = SpeechManagerInteractions(self)
smi.addMockCallMonitoring(
[mock_BeepCommand_run, mock_WaveFileCommand_run])
_beepCommand = smi.create_BeepCommand
_waveFileCommand = smi.create_WaveFileCommand
sequence = [
"This is some speech and then comes a",
_beepCommand(440, 10, expectedToBecomeIndex=1),
"beep. If you liked that, let's ",
_beepCommand(880, 10, expectedToBecomeIndex=2),
"beep again. I'll speak the rest of this in a ",
speech.PitchCommand(offset=50),
"higher pitch. And for the finale, let's ",
_waveFileCommand(r"waves\browseMode.wav",
expectedToBecomeIndex=3), "play a sound.",
smi.create_ExpectedIndex(expectedToBecomeIndex=4)
]
with smi.expectation():
smi.speak(sequence)
smi.expect_synthSpeak(0)
for i in range(1, 5):
with smi.expectation():
smi.indexReached(i)
smi.pumpAll()
if i in [
1,
2,
]:
smi.expect_mockCall(mock_BeepCommand_run)
if i in [
3,
]:
smi.expect_mockCall(mock_WaveFileCommand_run)
def test_4_profiles(self):
"""Text, pitch, text, enter profile1, enter profile2, text, exit profile1, text.
Manual Test (in NVDA python console):
import sayAllHandler, appModuleHandler
t1 = sayAllHandler.SayAllProfileTrigger()
t2 = appModuleHandler.AppProfileTrigger("notepad")
wx.CallLater(500, speech.speak, [
u"Testing testing ", speech.PitchCommand(offset=100), "1 2 3 4",
speech.ConfigProfileTriggerCommand(t1, True), speech.ConfigProfileTriggerCommand(t2, True),
u"5 6 7 8", speech.ConfigProfileTriggerCommand(t1, False), u"9 10 11 12"
])
Expected:
All text after 1 2 3 4 should be higher pitch.
5 6 7 8 should have profile 1 and 2.
9 10 11 12 should be just profile 2.
"""
t1 = InitialDevelopmentTests.FakeProfileTrigger("t1")
t2 = InitialDevelopmentTests.FakeProfileTrigger("t2")
smi = SpeechManagerInteractions(self)
smi.addMockCallMonitoring([t1.enter, t1.exit, t2.enter, t2.exit])
seq = [
"Testing testing ",
speech.PitchCommand(offset=100),
"1 2 3 4",
smi.create_ExpectedIndex(1),
# The preceeding index is expected,
# as the following profile trigger commands will cause the utterance to be split here.
ConfigProfileTriggerCommand(t1, True),
ConfigProfileTriggerCommand(t2, True),
"5 6 7 8",
smi.create_ExpectedIndex(2),
# The preceeding index is expected,
# as the following profile trigger commands will cause the utterance to be split here.
ConfigProfileTriggerCommand(t1, False),
"9 10 11 12"
]
with smi.expectation():
smi.speak(seq)
smi.expect_synthSpeak(sequence=seq[:4])
with smi.expectation():
smi.indexReached(1)
smi.pumpAll()
with smi.expectation():
smi.doneSpeaking()
smi.pumpAll()
smi.expect_synthCancel()
smi.expect_mockCall(t1.enter)
smi.expect_synthCancel()
smi.expect_mockCall(t2.enter)
smi.expect_synthSpeak(sequence=[
seq[1], # PitchCommand
'5 6 7 8',
seq[7], # IndexCommand index=2 (due to a ConfigProfileTriggerCommand following it)
])
with smi.expectation():
smi.indexReached(2)
smi.pumpAll()
with smi.expectation():
smi.doneSpeaking()
smi.pumpAll()
smi.expect_synthCancel()
smi.expect_synthSpeak(sequence=[
seq[1], # PitchCommand
'9 10 11 12',
smi.create_ExpectedIndex(expectedToBecomeIndex=3)
])
smi.expect_mockCall(t1.exit)
with smi.expectation():
smi.indexReached(3)
smi.pumpAll()
with smi.expectation():
smi.doneSpeaking()
smi.pumpAll()
smi.expect_synthCancel()
smi.expect_mockCall(t2.exit)
def test_expectedProsodyNotMatching(self):
p = speech.PitchCommand(offset=2)
e = ExpectedProsody(speech.PitchCommand(offset=5))
self.assertNotEqual(p, e)
