def test_signal_command(self, request, get_environment, monkeypatch,
get_bus):
"""Create a Controller object, call on_new_mode_online method and
check that the callback fires initially when the sources are set up
"""
recieved_signals = []
# Append tuple to recieved_signals
def catchall_handler(*args, **kwargs): # pragma: no cover
"""
Catch all handler. Catch and print information about all signals.
"""
# unpack tuple to variables ( Taken from Tasker )
for i, v in enumerate(args):
if isinstance(v, tuple):
tuple_args = len(v)
if tuple_args == 1:
msg = v
elif tuple_args == 2:
msg, scarlett_sound = v
elif tuple_args == 3:
msg, scarlett_sound, command = v
# Add value to list so we can assert later
recieved_signals.append(v)
self.setup_tasker(monkeypatch, get_bus)
self.log.info("setting callback")
self.tasker.prepare(catchall_handler, catchall_handler,
catchall_handler)
# Sleep to give time for connection to be established
# time.sleep(1)
self.tasker.configure()
run_emitter_signal(request, get_environment, sig_name="cmd-rec")
self.log.info(
"waiting for initial callback with"
"(' ScarlettListener caught a command match', 'pi-response', 'what time is it')"
)
self.run_mainloop(timeout=3)
assert recieved_signals[0] == (
" ScarlettListener caught a command match",
"pi-response",
"what time is it",
)
def test_signal_ready(
self, request, service_on_outside, get_environment, monkeypatch, get_bus
):
"""Create a Controller object, call on_new_mode_online method and
check that the callback fires initially when the sources are set up
"""
recieved_signals = []
# Append tuple to recieved_signals
# FIXME:
# /home/pi/dev/bossjones-github/scarlett_os/tests/integration/test_integration_tasker.py in catchall_handler(*args=(':1.0', '/org/scarlett/Listener', 'org.scarlett.Listener', 'SttFailedSignal', (' ScarlettListener hit Max STT failures', 'pi-response2')), **kwargs={})
def catchall_handler(*args, **kwargs): # pragma: no cover
"""
Catch all handler. Catch and print information about all signals.
"""
# unpack tuple to variables ( Taken from Tasker )
for i, v in enumerate(args):
if isinstance(v, tuple):
tuple_args = len(v)
if tuple_args == 1:
msg = v
elif tuple_args == 2:
msg, scarlett_sound = v
elif tuple_args == 3:
msg, scarlett_sound, command = v
# Add value to list so we can assert later
recieved_signals.append(v)
self.setup_tasker(monkeypatch, get_bus)
self.log.info("setting callback")
self.tasker.prepare(catchall_handler, catchall_handler, catchall_handler)
# Sleep to give time for connection to be established
time.sleep(2)
self.tasker.configure()
run_emitter_signal(request, get_environment, sig_name="ready")
self.log.info(
"waiting for initial callback with"
"(' ScarlettListener is ready', 'pi-listening')"
)
self.run_mainloop(timeout=3)
assert recieved_signals[0] == (" ScarlettListener is ready", "pi-listening")
def test_signal_command(self, request, get_environment, monkeypatch, get_bus):
"""Create a Controller object, call on_new_mode_online method and
check that the callback fires initially when the sources are set up
"""
recieved_signals = []
# Append tuple to recieved_signals
def catchall_handler(*args, **kwargs): # pragma: no cover
"""
Catch all handler. Catch and print information about all signals.
"""
# unpack tuple to variables ( Taken from Tasker )
for i, v in enumerate(args):
if isinstance(v, tuple):
tuple_args = len(v)
if tuple_args == 1:
msg = v
elif tuple_args == 2:
msg, scarlett_sound = v
elif tuple_args == 3:
msg, scarlett_sound, command = v
# Add value to list so we can assert later
recieved_signals.append(v)
self.setup_tasker(monkeypatch, get_bus)
self.log.info("setting callback")
self.tasker.prepare(catchall_handler, catchall_handler, catchall_handler)
# Sleep to give time for connection to be established
# time.sleep(1)
self.tasker.configure()
run_emitter_signal(request, get_environment, sig_name="cmd-rec")
self.log.info(
"waiting for initial callback with"
"(' ScarlettListener caught a command match', 'pi-response', 'what time is it')"
)
self.run_mainloop(timeout=3)
assert recieved_signals[0] == (
" ScarlettListener caught a command match",
"pi-response",
"what time is it",
)
def test_signal_ready(self, request, service_on_outside, get_environment,
monkeypatch, get_bus):
"""Create a Controller object, call on_new_mode_online method and
check that the callback fires initially when the sources are set up
"""
recieved_signals = []
# Append tuple to recieved_signals
# FIXME:
# /home/pi/dev/bossjones-github/scarlett_os/tests/integration/test_integration_tasker.py in catchall_handler(*args=(':1.0', '/org/scarlett/Listener', 'org.scarlett.Listener', 'SttFailedSignal', (' ScarlettListener hit Max STT failures', 'pi-response2')), **kwargs={})
def catchall_handler(*args, **kwargs): # pragma: no cover
"""
Catch all handler. Catch and print information about all signals.
"""
# unpack tuple to variables ( Taken from Tasker )
for i, v in enumerate(args):
if isinstance(v, tuple):
tuple_args = len(v)
if tuple_args == 1:
msg = v
elif tuple_args == 2:
msg, scarlett_sound = v
elif tuple_args == 3:
msg, scarlett_sound, command = v
# Add value to list so we can assert later
recieved_signals.append(v)
self.setup_tasker(monkeypatch, get_bus)
self.log.info("setting callback")
self.tasker.prepare(catchall_handler, catchall_handler,
catchall_handler)
# Sleep to give time for connection to be established
time.sleep(2)
self.tasker.configure()
run_emitter_signal(request, get_environment, sig_name="ready")
self.log.info("waiting for initial callback with"
"(' ScarlettListener is ready', 'pi-listening')")
self.run_mainloop(timeout=3)
assert recieved_signals[0] == (" ScarlettListener is ready",
"pi-listening")
def test_real_signal_kw_rec(self, request, get_environment, monkeypatch,
get_bus):
"""Create a Controller object, call on_new_mode_online method and
check that the callback fires initially when the sources are set up
"""
recieved_signals = []
monkeypatch.setattr(tasker.player.ScarlettPlayer, "DEFAULT_SINK",
"fakesink")
# Append tuple to recieved_signals
def catchall_handler(*args, **kwargs): # pragma: no cover
"""
Catch all handler. Catch and print information about all signals.
"""
# unpack tuple to variables ( Taken from Tasker )
for i, v in enumerate(args):
if isinstance(v, tuple):
tuple_args = len(v)
if tuple_args == 1:
msg = v
elif tuple_args == 2:
msg, scarlett_sound = v
elif tuple_args == 3:
msg, scarlett_sound, command = v
# Add value to list so we can assert later
recieved_signals.append(v)
self.setup_tasker(monkeypatch, get_bus)
self.log.info("setting callback")
self.tasker.prepare(on_signal_recieved, on_signal_recieved,
on_signal_recieved)
self.tasker.configure()
run_emitter_signal(request, get_environment, sig_name="kw-rec")
self.log.info(
"waiting for initial callback with"
"(' ScarlettListener caught a keyword match', 'pi-listening')")
self.run_mainloop(timeout=3)
def test_real_signal_kw_rec(self, request, get_environment, monkeypatch, get_bus):
"""Create a Controller object, call on_new_mode_online method and
check that the callback fires initially when the sources are set up
"""
recieved_signals = []
monkeypatch.setattr(tasker.player.ScarlettPlayer, "DEFAULT_SINK", "fakesink")
# Append tuple to recieved_signals
def catchall_handler(*args, **kwargs): # pragma: no cover
"""
Catch all handler. Catch and print information about all signals.
"""
# unpack tuple to variables ( Taken from Tasker )
for i, v in enumerate(args):
if isinstance(v, tuple):
tuple_args = len(v)
if tuple_args == 1:
msg = v
elif tuple_args == 2:
msg, scarlett_sound = v
elif tuple_args == 3:
msg, scarlett_sound, command = v
# Add value to list so we can assert later
recieved_signals.append(v)
self.setup_tasker(monkeypatch, get_bus)
self.log.info("setting callback")
self.tasker.prepare(on_signal_recieved, on_signal_recieved, on_signal_recieved)
self.tasker.configure()
run_emitter_signal(request, get_environment, sig_name="kw-rec")
self.log.info(
"waiting for initial callback with"
"(' ScarlettListener caught a keyword match', 'pi-listening')"
)
self.run_mainloop(timeout=3)
