def checker(self, data=None):
if data is not None:
logging.info('[hmi] received <- %s' % repr(data))
try:
msg = Protocol(data.decode())
except ProtocolError as e:
logging.error('[hmi] error parsing msg %s' % repr(data))
self.reply_protocol_error(e.error_code())
else:
if msg.is_resp():
try:
original_msg, callback, datatype = self.queue.pop(0)
except IndexError:
# something is wrong / not synced!!
logging.error("[hmi] NOT SYNCED")
else:
if callback is not None:
logging.info("[hmi] calling callback for %s" % original_msg)
callback(msg.process_resp(datatype))
self.process_queue()
else:
def _callback(resp, resp_args=None):
if resp_args is None:
self.send("resp %d" % (0 if resp else -1))
else:
self.send("resp %d %s" % (0 if resp else -1, resp_args))
msg.run_cmd(_callback)
try:
self.sp.read_until(b'\0', self.checker)
except serial.SerialException as e:
logging.error("[hmi] error while reading %s" % e)
def checker(self, data=None):
if data is not None:
logging.info('[hmi] received <- %s' % repr(data))
try:
msg = Protocol(data.decode("utf-8", errors="ignore"))
except ProtocolError as e:
logging.error('[hmi] error parsing msg %s' % repr(data))
self.reply_protocol_error(e.error_code())
else:
if msg.is_resp():
try:
original_msg, callback, datatype = self.queue.pop(0)
except IndexError:
# something is wrong / not synced!!
logging.error("[hmi] NOT SYNCED")
else:
if callback is not None:
logging.info("[hmi] calling callback for %s" % original_msg)
callback(msg.process_resp(datatype))
self.process_queue()
else:
def _callback(resp, resp_args=None):
if resp_args is None:
self.send("resp %d" % (0 if resp else -1))
else:
self.send("resp %d %s" % (0 if resp else -1, resp_args))
msg.run_cmd(_callback)
try:
self.sp.read_until(b'\0', self.checker)
except serial.SerialException as e:
logging.error("[hmi] error while reading %s" % e)
def checker(self, data=None):
ioloop = IOLoop.instance()
if data is not None and data != b'\0':
self.last_write_time = 0
logging.debug('[hmi] received <- %s', data)
try:
msg = Protocol(data.decode("utf-8", errors="ignore"))
except ProtocolError as e:
logging.error('[hmi] error parsing msg %s', data)
logging.error('[hmi] error code %s', e.error_code())
self.reply_protocol_error(e.error_code())
else:
# reset timeout checks when a message is received
self.need_flush = 0
if self.flush_io is not None:
ioloop.remove_timeout(self.flush_io)
self.flush_io = None
if msg.is_resp():
try:
original_msg, callback, datatype = self.queue.pop(0)
logging.debug("[hmi] popped from queue: %s", original_msg)
except IndexError:
# something is wrong / not synced!!
logging.error("[hmi] NOT SYNCED")
else:
if callback is not None:
logging.debug("[hmi] calling callback for %s", original_msg)
callback(msg.process_resp(datatype))
self.process_queue()
else:
def _callback(resp, resp_args=None):
resp = 0 if resp else -1
if resp_args is None:
self.send_reply("%s %d" % (CMD_RESPONSE, resp))
logging.debug('[hmi] sent "resp %s"', resp)
else:
self.send_reply("%s %d %s" % (CMD_RESPONSE, resp, resp_args))
logging.debug('[hmi] sent "resp %s %s"', resp, resp_args)
self.handling_response = False
if self.queue_idle:
self.process_queue()
self.handling_response = True
msg.run_cmd(_callback)
if self.need_flush != 0:
if self.flush_io is not None:
ioloop.remove_timeout(self.flush_io)
self.flush_io = ioloop.call_later(self.timeout/2, self.flush)
try:
self.sp.read_until(b'\0', self.checker)
except serial.SerialException as e:
logging.error("[hmi] error while reading %s", e)
def checker(self, data=None):
if data is not None:
self.last_write_time = 0
logging.debug('[hmi] received <- %s', data)
try:
msg = Protocol(data.decode("utf-8", errors="ignore"))
except ProtocolError as e:
logging.error('[hmi] error parsing msg %s', data)
logging.error('[hmi] error code %s', e.error_code())
self.reply_protocol_error(e.error_code())
else:
if msg.is_resp():
try:
original_msg, callback, datatype = self.queue.pop(0)
logging.debug("[hmi] popped from queue: %s",
original_msg)
except IndexError:
# something is wrong / not synced!!
logging.error("[hmi] NOT SYNCED")
else:
if callback is not None:
logging.debug("[hmi] calling callback for %s",
original_msg)
callback(msg.process_resp(datatype))
self.process_queue()
else:
def _callback(resp, resp_args=None):
resp = 0 if resp else -1
if resp_args is None:
self.send("resp %d" % resp, None)
logging.debug('[hmi] sent "resp %s"', resp)
else:
self.send("resp %d %s" % (resp, resp_args), None)
logging.debug('[hmi] sent "resp %s %s"', resp,
resp_args)
msg.run_cmd(_callback)
if self.need_flush != 0:
if self.flush_io is not None:
self.ioloop.remove_timeout(self.flush_io)
self.flush_io = self.ioloop.call_later(2, self.flush)
try:
self.sp.read_until(b'\0', self.checker)
except serial.SerialException as e:
logging.error("[hmi] error while reading %s", e)
def __init__(self):
self.hmi_initialized = False
self.host_initialized = False
self.pedalboard_initialized = False
self._playback_1_connected_ports = []
self._playback_2_connected_ports = []
self._tuner = False
self._tuner_port = 1
self._peakmeter = False
self.monitor_server = None
self.current_bank = None
self.jack_bufsize = DEFAULT_JACK_BUFSIZE
self.effect_index = EffectIndex()
self._pedalboard = Pedalboard()
#Protocol.register_cmd_callback("banks", self.hmi_list_banks)
#Protocol.register_cmd_callback("pedalboards", self.hmi_list_pedalboards)
Protocol.register_cmd_callback("hw_con", self.hardware_connected)
Protocol.register_cmd_callback("hw_dis", self.hardware_disconnected)
Protocol.register_cmd_callback("control_set", self.hmi_parameter_set)
Protocol.register_cmd_callback("control_get", self.parameter_get)
Protocol.register_cmd_callback("control_next", self.parameter_addressing_next)
Protocol.register_cmd_callback("peakmeter", self.peakmeter_set)
Protocol.register_cmd_callback("tuner", self.tuner_set)
Protocol.register_cmd_callback("tuner_input", self.tuner_set_input)
#Protocol.register_cmd_callback("pedalboard_save", self.save_current_pedalboard)
#Protocol.register_cmd_callback("pedalboard_reset", self.reset_current_pedalboard)
Protocol.register_cmd_callback("jack_cpu_load", self.jack_cpu_load)
# self.host = factory(Host, FakeHost, DEV_HOST,
# "unix:///tmp/ingen.sock", self.host_callback)
self.host = Host(os.environ.get("MOD_INGEN_SOCKET_URI", "unix:///tmp/ingen.sock"), self.host_callback)
self.hmi = factory(HMI, FakeHMI, DEV_HMI,
HMI_SERIAL_PORT, HMI_BAUD_RATE, self.hmi_callback)
self.recorder = Recorder()
self.player = Player()
self.bundlepath = None
self.mute_state = True
self.recording = None
self.instances = []
self.instance_mapper = InstanceIdMapper()
self.engine_samplerate = 48000 # default value
self._clipmeter = Clipmeter(self.hmi)
self.websockets = []
self._load_pb_hack = None
self._save_waiter = None
def __init__(self, hmi):
self.host = None
self.hmi = hmi
self.mapper = InstanceIdMapper()
self.banks = []
self.instances = {}
self._init_addressings()
# Register HMI protocol callbacks
Protocol.register_cmd_callback("hw_con", self.hmi_hardware_connected)
Protocol.register_cmd_callback("hw_dis", self.hmi_hardware_disconnected)
Protocol.register_cmd_callback("banks", self.hmi_list_banks)
Protocol.register_cmd_callback("pedalboards", self.hmi_list_bank_pedalboards)
Protocol.register_cmd_callback("pedalboard", self.hmi_load_bank_pedalboard)
Protocol.register_cmd_callback("control_get", self.hmi_parameter_get)
Protocol.register_cmd_callback("control_set", self.hmi_parameter_set)
Protocol.register_cmd_callback("control_next", self.hmi_parameter_addressing_next)
if len(queue) == 0:
print "Queue empty"
tornado.ioloop.IOLoop.instance().stop()
action, msg = queue.pop(0)
if action == SEND:
print 'sending %s' % msg
hmi.send(msg, consume)
elif action == ASK:
print msg
def reply(*args):
if len(queue) == 0:
print "Queue empty"
tornado.ioloop.IOLoop.instance().stop()
hmi.send(queue.pop(0)[1])
consume()
Protocol.register_cmd_callback("banks", reply)
Protocol.register_cmd_callback("pedalboards", reply)
Protocol.register_cmd_callback("pedalboard", reply)
def start():
print "pinging"
hmi.ping(consume)
#hmi = HMI(HMI_SERIAL_PORT, HMI_BAUD_RATE, ping)
hmi = HMI(HMI_SERIAL_PORT, HMI_BAUD_RATE, consume)
application = web.Application()
options.parse_command_line()
tornado.ioloop.IOLoop.instance().start()
if action == SEND:
print 'sending %s' % msg
hmi.send(msg, consume)
elif action == ASK:
print msg
def reply(*args):
if len(queue) == 0:
print "Queue empty"
tornado.ioloop.IOLoop.instance().stop()
hmi.send(queue.pop(0)[1])
consume()
Protocol.register_cmd_callback("banks", reply)
Protocol.register_cmd_callback("pedalboards", reply)
Protocol.register_cmd_callback("pedalboard", reply)
def start():
print "pinging"
hmi.ping(consume)
#hmi = HMI(HMI_SERIAL_PORT, HMI_BAUD_RATE, ping)
hmi = HMI(HMI_SERIAL_PORT, HMI_BAUD_RATE, consume)
application = web.Application()
options.parse_command_line()
tornado.ioloop.IOLoop.instance().start()
def __init__(self, hmi):
self.host = None
self.hmi = hmi
self.mapper = InstanceIdMapper()
self.banks = []
self.instances = {}
self._init_addressings()
# Register HMI protocol callbacks
Protocol.register_cmd_callback("hw_con", self.hmi_hardware_connected)
Protocol.register_cmd_callback("hw_dis",
self.hmi_hardware_disconnected)
Protocol.register_cmd_callback("banks", self.hmi_list_banks)
Protocol.register_cmd_callback("pedalboards",
self.hmi_list_bank_pedalboards)
Protocol.register_cmd_callback("pedalboard",
self.hmi_load_bank_pedalboard)
Protocol.register_cmd_callback("control_get", self.hmi_parameter_get)
Protocol.register_cmd_callback("control_set", self.hmi_parameter_set)
Protocol.register_cmd_callback("control_next",
self.hmi_parameter_addressing_next)
