def test_paragraph_adds_paragraph():
fs = FluentSSML()
assert fs.paragraph().txt('This is a paragraph').ssml == \
'<speak><p>This is a paragraph</p></speak>'
def test_phoneme_i_adds_phoneme():
fs = FluentSSML()
assert fs.phoneme_i('bad').txt('bed').ssml == \
'<speak><phoneme alphabet="ipa" ph="bad">bed</phoneme></speak>'
def test_sentence_adds_sentence():
fs = FluentSSML()
assert fs.sentence().txt('This is a sentence').ssml == \
'<speak><s>This is a sentence</s></speak>'
def test_lang_tag_appends_lang():
fs = FluentSSML()
assert fs.lang('fr-FR').txt('le poisson').ssml == \
'<speak><lang xml:lang="fr-FR">le poisson</lang></speak>'
def test_break_m_adds_m_break():
fs = FluentSSML()
assert fs.txt('break here').break_m().txt('continue').ssml == \
'<speak>break here<break strength="medium" />continue</speak>'
def test_break_x_s_adds_x_s_break():
fs = FluentSSML()
assert fs.txt('break here').break_x_s().txt('continue').ssml == \
'<speak>break here<break strength="x-strong" />continue</speak>'
def test_break_secs_adds_break():
fs = FluentSSML()
assert fs.txt('break here').break_secs(5).txt('continue').ssml == \
'<speak>break here<break time="5s" />continue</speak>'
from fluentssml import FluentSSML
fs = FluentSSML()
s = fs.rate_inc(50).txt("Sale, sale, sale.") \
.rate_def().vol_x_loud().txt("Today!").break_m() \
.txt("Call").rate_dec(30).say_as_phone().txt("202-555-1212") \
.ssml
print s
def test_lang_and_rate_and_vaol_tag_appends_lang_and_rate_and_vol():
fs = FluentSSML()
assert fs.vol_x_soft().txt('I love') \
.lang('fr-FR').rate('fast').vol_loud().txt('le poisson') \
.ssml == \
'<speak><prosody volume="x-soft">I love</prosody><lang xml:lang="fr-FR"><prosody rate="fast"><prosody volume="loud">le poisson</prosody></prosody></lang></speak>'
def test_no_text_returns_speak_tag():
fs = FluentSSML()
assert fs.ssml == '<speak></speak>'
def test_lang_and_rate_tag_appends_lang_and_rate():
fs = FluentSSML()
assert fs.lang('fr-FR').rate('fast').txt('le poisson').ssml == \
'<speak><lang xml:lang="fr-FR"><prosody rate="fast">le poisson</prosody></lang></speak>'
def test_lang_and_vol_tag_appends_lang_and_vol():
fs = FluentSSML()
assert fs.lang('fr-FR').vol_loud().txt('le poisson').ssml == \
'<speak><lang xml:lang="fr-FR"><prosody volume="loud">le poisson</prosody></lang></speak>'
def test_loud_volume_adds_loud():
fs = FluentSSML()
assert fs.vol_soft().txt('this is soft').ssml == \
'<speak><prosody volume="soft">this is soft</prosody></speak>'
def test_silent_volume_adds_silent():
fs = FluentSSML()
assert fs.vol_silent().txt('silent').ssml == \
'<speak><prosody volume="silent">silent</prosody></speak>'
def test_break_w_adds_w_break():
fs = FluentSSML()
assert fs.txt('break here').break_w().txt('continue').ssml == \
'<speak>break here<break strength="weak" />continue</speak>'
from fluentssml import FluentSSML
fs = FluentSSML()
s = fs.rate_inc(60).txt_x("I'm at 500 and I want 550") \
.vol_x_loud().txt("550") \
.rate_inc(60).txt("bid on 550 Im at 500 would you go 550 550 for the " +
"gentleman in the corner") \
.rate_inc(90).txt("A big black bug bit a big black bear a big black bug" +
"bit a big black bear").txt("Do we get 600?") \
.rate_inc(90).txt("A big black bug bit a big black bear") \
.rate_inc(60).txt("We got 600 for the whole herd") \
.rate_def().vol_x_loud().txt("Sold") \
.rate_inc(60).txt("for 600") \
.ssml
print s
from fluentssml import FluentSSML
fs = FluentSSML()
s = fs.txt("if") \
.phoneme_i('"jO: "kAz "blIN.k@z').txt("your car's blinkers") \
.phoneme_i('%A').txt('are') \
.txt('broken, it may be the') \
.phoneme_i('"blIN.k@').txt('blinker')\
.txt('relay.') \
.phoneme_i('"fO.tS@[email protected]').txt('Fortunately,') \
.txt('this') \
.phoneme_i('"kA').txt('car').txt('fix is easy to do.')
print s.ssml