def testST_AUDIOCOMMS_CSV_DTMF_002(self):
'''
Short DTMF tone played to a local user during voice call
'''
self.start_mo_call()
syms = dtmf_random_str(5)
wav = self.local_press_dtmf(syms, long_click=False)
self.assert_dtmf_exists(wav, syms, exists=True, similar=0.6)
syms = dtmf_random_str(5)
wav = self.remote_press_dtmf(syms, long_click=False)
self.assert_dtmf_exists(wav, syms, exists=True, similar=0.6)
def assert_audio_active_both_side(self):
self.logger.info("check if audio active in both side")
syms = dtmf_random_str(8)
record = self.local_press_dtmf(syms)
self.assert_dtmf_exists(record, syms, similar=0.6)
record = self.remote_press_dtmf(syms)
self.assert_dtmf_exists(record, syms, similar=0.6)
def testST_AUDIOCOMMS_VOIP_WLAN_134(self):
'''
MO VOIP call over WLAN using Android Phone App
'''
self.mo_call_sip(answer=True)
syms = dtmf_random_str(5)
self.check_dtmf_remote(syms)
def testST_AUDIOCOMMS_CSV_DTMF_006(self):
'''
The purpose is to verify that the handset is able to generate short
DTMF tone generation during a voice call.
Iteratively (at least 10 times)
'''
count = 1 # indicator for local / remote device
self.start_mo_call()
try:
for i in range(1, 11):
self.logger.info("Loop: %d" % i)
syms = dtmf_random_str(5)
wav = self.local_press_dtmf(syms)
self.assert_dtmf_exists(wav, syms, exists=True, similar=0.4)
count += 1
time.sleep(2)
wav2 = self.remote_press_dtmf(syms)
self.assert_dtmf_exists(wav2, syms, exists=True, similar=0.4)
count += 1
finally:
if count > 20:
self.logger.info("No exception in all loops!")
return
tg = "local" if count % 2 == 1 else "remote"
self.logger.info("Oops, failed in loop %d from %s DTMF!" % (i, tg))
def testST_AUDIOCOMMS_CSV_MT_402(self):
'''
Mute-Hold-Unhold-Unmute MT CSV Call through Phone App on Headphone
'''
# start a MT call and answer
self.start_mt_call()
# mute the call
self.d.telephony.mute_call(True)
time.sleep(2)
self.assert_voice_mute()
# hold the call
self.d.telephony.hold_call(True)
# check no audio heard in both side
syms = dtmf_random_str(5)
record = self.local_press_dtmf(syms)
self.assert_dtmf_exists(record, syms, exists=False, similar=0.4)
record = self.remote_press_dtmf(syms)
self.assert_dtmf_exists(record, syms, exists=False, similar=0.4)
# unhold the call
self.d.telephony.hold_call(False)
time.sleep(1)
# check call still unmute
self.assert_voice_mute()
# unmute call, check if call working
self.d.telephony.mute_call(False)
time.sleep(2)
assert not self.d.telephony.is_audio_mute(), 'Unmute fails'
def testST_AUDIOCOMMS_CSV_DTMF_010(self):
"""Long DTMF tone play to local user during voice call"""
self.start_mt_call(answer=True)
syms = dtmf_random_str(5)
dtmf = self.remote_press_dtmf(syms, long_click=True)
time.sleep(1)
self.d.telephony.hangup_call()
time.sleep(.5)
self.assert_dtmf_exists(dtmf, syms, True, similar=0.6)
def assert_hs_active(active, errmsg):
syms = dtmf_random_str(10)
wav = self.mktemp_wav()
self.hs.start_record(wav, rate=44100)
self.dut_play_dtmf(syms, effect=effect)
self.hs.stop_record()
if active:
self.assert_dtmf_exists(wav, syms, exists=True,
similar=0.6, msg=errmsg)
else:
self.assert_dtmf_exists(wav, syms, exists=False,
similar=0.2, msg=errmsg)
def assert_ihf_active(active, errmsg):
syms = dtmf_random_str(10)
dut_wav = self.dut_record(0)
self.dut_play_dtmf(syms, effect=effect)
self.rpc.stopWavRecording()
record = self.mktemp_wav()
self.adb.pull_file(record, dut_wav)
if active:
self.assert_dtmf_exists(record, syms, exists=True,
similar=0.5, msg=errmsg)
else:
self.assert_dtmf_exists(record, syms, exists=False,
similar=0.3, msg=errmsg)
def assert_voice_mute(self):
'''
check if voice is muted
'''
assert self.d.telephony.is_audio_mute(), 'Voice is not muted'
# the remote peer should not heard sound
self.d.record_call()
time.sleep(10)
record = self.d.stop_record_call()
pos = WaveHelper.find_sound(record)
assert pos < 0, 'remote can still heard sound after mute'
# remote can still be heard in local
syms = dtmf_random_str(5)
record = self.remote_press_dtmf(syms)
self.assert_dtmf_exists(record, syms, similar= 0.7)
def testST_AUDIOCOMMS_CSV_MO_056(self):
'''
Mute-Unmute MO 3G CSV Call through Phone App on IHF
'''
self.start_mo_call()
self.d.telephony.speaker_on(True)
for i in range(3):
self.d.telephony.mute_call(True)
time.sleep(1)
self.assert_voice_mute()
self.d.telephony.mute_call(False)
time.sleep(1)
syms = dtmf_random_str(5)
record = self.local_press_dtmf(syms)
self.assert_dtmf_exists(record, syms, similar=0.6)
def check_multi_call_status(self, ongoing, onhold):
'''
Check the status of ongoing call and secondary call
@param ongoing: AudioDevice object with telephony propt
@param holdon: AudioDevice object with telephony propt
'''
self.logger.debug('Check DTMF tone on ongoing call and onhold call')
assert ongoing.telephony.is_in_call()
assert onhold.telephony.is_in_call()
self.d.telephony.enter_dial_pad()
ongoing.record_call()
onhold.record_call()
syms = dtmf_random_str(5)
self.press_dtmf(self.d, syms)
ongoing_record = ongoing.stop_record_call()
holdon_record = onhold.stop_record_call()
self.assert_dtmf_exists(ongoing_record, syms, similar=0.6)
self.assert_dtmf_exists(holdon_record, syms, exists = False, similar=0.3)
def testST_AUDIOCOMMS_CSV_MT_139(self):
'''
Receive and answer/mute/unmute a CSV call through Phone App
'''
# start a MT call and answer
self.start_mt_call()
# mute call
self.d.telephony.mute_call(True)
time.sleep(2)
self.assert_voice_mute()
# unmute
self.d.telephony.mute_call(False)
time.sleep(2)
assert not self.d.telephony.is_audio_mute(), 'Unmute fails'
syms = dtmf_random_str(6)
record = self.local_press_dtmf(syms)
self.assert_dtmf_exists(record, syms, similar=0.7)
def __testVoiceCall_MusicPlayback(self):
'''
Verify that music playback normally during voice call
'''
rpc = self.d.rpc
self.start_mo_call()
# check if audio is OK under music playback
rpc.playLong()
self.assert_audio_active_both_side()
rpc.resetPlayer()
# check if music can be heard in local side
# record local sound from MIC
# (need set speaker on to have better record)
self.d.telephony.speaker_on(True)
syms = dtmf_random_str(15)
wav = self.d.mktemp_wav()
DTMF.encode(syms, wav)
self.d.record_mic()
self.d.play_file(wav)
record = self.d.stop_record_mic()
self.assert_dtmf_exists(record, syms, similar=0.5)
def testST_AUDIOCOMMS_CSV_MO_009(self):
'''
MO 2G Volume Control earpiece/mono MIC
'''
# Initiate a MO CSV call
self.start_mo_call()
# check voice can be heard
syms = dtmf_random_str(5)
record = self.local_press_dtmf(syms)
self.assert_dtmf_exists(record, syms, similar=0.6)
# adjust volume level using HW keys
start = self.d.rpc.getStreamVolume(self.VOICE_CALL)
self.d.uia_device.press.volume_up()
self.d.uia_device.press.volume_up()
time.sleep(1)
up = self.d.rpc.getStreamVolume(self.VOICE_CALL)
assert up > start, 'Volume up failed. Before:%d, after: %d' % (start,
up)
self.d.uia_device.press.volume_down()
self.d.uia_device.press.volume_down()
time.sleep(1)
down = self.d.rpc.getStreamVolume(self.VOICE_CALL)
assert down < up, 'Volume down failed, Before:%d, after: %d' % (up,
down)
def testBTA2DPDecode_DialPanelTouchTone(self):
'''
Verify that music play smoothly on BT A2DP during play Dial panel touch tone
'''
DIALERPAD = 'com.android.dialer'
bt = None
self.deploy_play_music_content()
try:
bt = BTAudioAdapter()
bt.setup()
bt.connect(True)
self.launch_play_music_n_play("mp3_sample2")
assert self.bt.a2dp_sink.is_active(), "No sound in BT a2dp"
self.test_device.adb_cmd("am start -W %s" % DIALERPAD)
time.sleep(2)
syms = dtmf_random_str(5)
for sym in syms:
self.d(descriptionContains="%s" % sym).click.wait()
time.sleep(.5)
wav = bt.a2dp_sink.get_last_wav()
self.assert_dtmf_exists(wav, syms, similar=0.6)
finally:
if bt:
bt.teardown()
