def load_sink(self):
sink_name = 'PulseEffects'
self.load_sink_info()
if not self.sink_is_loaded:
args = []
sink_properties = 'device.description=\'PulseEffects\''
sink_properties += 'device.class=\'sound\''
args.append('sink_name=' + sink_name)
args.append('sink_properties=' + sink_properties)
args.append('channels=2')
args.append('rate=' + str(self.default_sink_rate))
argument = ' '.join(map(str, args)).encode('ascii')
module = b'module-null-sink'
def module_idx(context, idx, user_data):
pass
self.module_idx_cb = p.pa_context_index_cb_t(module_idx)
o = p.pa_context_load_module(self.ctx, module, argument,
self.module_idx_cb, None)
while p.pa_operation_get_state(o) == p.PA_OPERATION_RUNNING:
pass
p.pa_operation_unref(o)
self.load_sink_info()
def load_sink(self):
sink_name = 'PulseEffects'
self.load_sink_info()
if not self.sink_is_loaded:
self.log.info('loading Pulseeffects sink...')
args = []
sink_properties = 'device.description=\'PulseEffects\''
sink_properties += 'device.class=\'sound\''
args.append('sink_name=' + sink_name)
args.append('sink_properties=' + sink_properties)
args.append('channels=2')
args.append('rate=' + str(self.default_sink_rate))
argument = ' '.join(map(str, args)).encode('ascii')
module = b'module-null-sink'
def module_idx(context, idx, user_data):
self.log.info('sink owner module index: ' + str(idx))
self.module_idx_cb = p.pa_context_index_cb_t(module_idx)
o = p.pa_context_load_module(self.ctx, module, argument,
self.module_idx_cb, None)
while p.pa_operation_get_state(o) == p.PA_OPERATION_RUNNING:
pass
p.pa_operation_unref(o)
self.load_sink_info()
if self.sink_is_loaded:
self.log.info('Pulseeffects sink was successfully loaded')
self.log.info('Pulseeffects sink index:' + str(self.sink_idx))
self.log.info('Pulseeffects sink monitor name: ' +
self.sink_monitor_name +
'. We will process audio from this source.')
else:
self.log.critical('Could not load sink')
def load_sink(self, name, description, rate):
self.sink_is_loaded = False
self.load_sink_info(name)
if not self.sink_is_loaded:
args = []
sink_properties = description
sink_properties += 'device.class=\'sound\''
args.append('sink_name=' + name)
args.append('sink_properties=' + sink_properties)
args.append('channels=2')
args.append('rate=' + str(rate))
argument = ' '.join(map(str, args)).encode('ascii')
module = b'module-null-sink'
def module_idx(context, idx, user_data):
self.log.info('sink owner module index: ' + str(idx))
self.module_idx_cb = p.pa_context_index_cb_t(module_idx)
o = p.pa_context_load_module(self.ctx, module, argument,
self.module_idx_cb, None)
while p.pa_operation_get_state(o) == p.PA_OPERATION_RUNNING:
pass
p.pa_operation_unref(o)
self.load_sink_info(name)
if self.sink_is_loaded:
return True
else:
return False
else:
return True
def load_sink(self, name, description, rate):
self.sink_is_loaded = False
self.load_sink_info(name)
if not self.sink_is_loaded:
args = []
sink_properties = description
sink_properties += 'device.class=\'sound\''
args.append('sink_name=' + name)
args.append('sink_properties=' + sink_properties)
args.append('channels=2')
args.append('rate=' + str(rate))
argument = ' '.join(map(str, args)).encode('ascii')
module = b'module-null-sink'
p.pa_threaded_mainloop_lock(self.main_loop)
o = p.pa_context_load_module(self.ctx, module, argument,
self.module_idx_cb, None)
while p.pa_operation_get_state(o) == p.PA_OPERATION_RUNNING:
p.pa_threaded_mainloop_wait(self.main_loop)
p.pa_operation_unref(o)
p.pa_threaded_mainloop_unlock(self.main_loop)
self.load_sink_info(name) # checking if sink was loaded
if self.sink_is_loaded:
return True
else:
return False
else:
return True