def update_display(self): ControlSurface.update_display(self) #since we are overriding this from the inherited method, we need to call the original routine as well self._timer = (self._timer + 1) % 256 if(self._timer == 0): self._shift_pressed_timer = -12 if(self._local_ring_control is False): self.send_ring_leds() self.flash()
def update_display(self):
ControlSurface.update_display(self)
while self._serato_interface.PySCA_HasIncomingEvent():
new_event = self._serato_interface.PySCA_GetIncomingEvent()
if not self._handle_session_event(new_event):
if not self._handle_mixer_event(new_event):
if not self._handle_device_event(new_event):
print 'Unhandled Event: ' + str(new_event)
def update_display(self): ControlSurface.update_display(self) #since we are overriding this from the inherited method, we need to call the original routine as well self._timer = (self._timer + 1) % 256 if(self._timer == 0): self._shift_pressed_timer = -12 if(self._local_ring_control is False): self.send_ring_leds() self.flash()
def update_display(self):
ControlSurface.update_display(self)
while self._serato_interface.PySCA_HasIncomingEvent():
new_event = self._serato_interface.PySCA_GetIncomingEvent()
if not self._handle_session_event(new_event):
if not self._handle_mixer_event(new_event):
if not self._handle_device_event(new_event):
print 'Unhandled Event: ' + str(new_event)
def update_display(self):
ControlSurface.update_display(self)
if self._should_update_tracks == 1:
self._highlight_tracks()
self._should_update_tracks = 0
if self._should_update_tracks > 1:
self._should_update_tracks -= 1
def update_display(self):
ControlSurface.update_display(self)
if self._string_to_display != None:
self._name_display_data_source.set_display_string(self._string_to_display)
self._string_to_display = None
if self._display_reset_delay >= 0:
self._display_reset_delay -= 1
if self._display_reset_delay == -1:
self._show_current_track_name()
def update_display(self):
ControlSurface.update_display(self)
if self._string_to_display != None:
self._name_display_data_source.set_display_string(self._string_to_display)
self._string_to_display = None
if self._display_reset_delay >= 0:
self._display_reset_delay -= 1
if self._display_reset_delay == -1:
self._show_current_track_name()
def update_display(self):
if (self._update_hardware_delay > 0):
self._update_hardware_delay -= 1
if (self._update_hardware_delay == 0):
self._update_hardware()
self._update_hardware_delay = -1
if self._lock_enquiry_delay > 0:
self._lock_enquiry_delay -= 1
if self._lock_enquiry_delay == 0:
self._send_midi((176, 103, 1))
ControlSurface.update_display(self)
self._display.update()
def update_display(self):
if (self._update_hardware_delay > 0):
self._update_hardware_delay -= 1
if (self._update_hardware_delay == 0):
self._update_hardware()
self._update_hardware_delay = -1
if self._lock_enquiry_delay > 0:
self._lock_enquiry_delay -= 1
if self._lock_enquiry_delay == 0:
self._send_midi((176, 103, 1))
ControlSurface.update_display(self)
self._display.update()
def update_display(self):
ControlSurface.update_display(self)
for _id, attrs in self.updated_queue.items():
for _, (obj, attr) in attrs.items():
try:
value = getattr(obj, attr)
except:
# not all listeners are mapped directly to a property. just callback without any value
value = None
self.pub_socket.send(simplejson.dumps({'id': _id, 'attribute': attr, 'value': value}))
self.updated_queue = {}
def update_display(self):
ControlSurface.update_display(self)
scene_off=self._session.scene_offset()
track_off=self._session.track_offset()
if (scene_off>self._last_sc_off):
self.log_message("vooce"+ str(self._session._track_offset)+ " " +str(self._session._scene_offset))
self._set_colors(1)
self._last_tr_off = track_off
self._last_sc_off = scene_off
if (scene_off<self._last_sc_off):
self.log_message("vooce"+ str(self._session._track_offset)+ " " +str(self._session._scene_offset))
self._set_colors(-1)
self._last_tr_off = track_off
self._last_sc_off = scene_off
def update_display(self):
ControlSurface.update_display(self)
scene_off = self._session.scene_offset()
track_off = self._session.track_offset()
if (scene_off > self._last_sc_off):
self.log_message("vooce" + str(self._session._track_offset) + " " +
str(self._session._scene_offset))
self._set_colors(1)
self._last_tr_off = track_off
self._last_sc_off = scene_off
if (scene_off < self._last_sc_off):
self.log_message("vooce" + str(self._session._track_offset) + " " +
str(self._session._scene_offset))
self._set_colors(-1)
self._last_tr_off = track_off
self._last_sc_off = scene_off
def update_display(self):
# Called every 100 ms
ControlSurface.update_display(self)
self.refresh_state()
self.Session.set_enabled(True)
self.Session.update()
# Sequencer hack
try:
for light_encoder_cc in self.sequencer_page_cc:
self._send_midi((self.ring_midi_channel, light_encoder_cc, 0))
notes_for_current_selected_note = self._sequencer_get_midi_notes(
self.sequencer_current_selected_note)
for note in notes_for_current_selected_note:
light_encoder_cc = int(note[1] * 4 + self.sequencer_page_cc[0])
self._send_midi(
(self.ring_midi_channel, light_encoder_cc, note[3]))
except AttributeError:
pass
def update_display(self):
# Called every 100 ms
ControlSurface.update_display(self)
self.refresh_state()
self.Session.set_enabled(True)
self.Session.update()
# Sequencer hack
try:
for light_encoder_cc in self.sequencer_page_cc:
self._send_midi((self.ring_midi_channel, light_encoder_cc, 0))
notes_for_current_selected_note = self._sequencer_get_midi_notes(
self.sequencer_current_selected_note)
for note in notes_for_current_selected_note:
light_encoder_cc = int(note[1]*4+self.sequencer_page_cc[0])
self._send_midi((self.ring_midi_channel, light_encoder_cc,
note[3]))
except AttributeError:
pass
def update_display(self):
ControlSurface.update_display(self)
scene_off = self._session.scene_offset()
track_off = self._session.track_offset()
if scene_off != self._last_sc_off:
self.log_message("moved : " + str(self._session._track_offset) + " " + str(self._session._scene_offset))
if scene_off > self._last_sc_off:
if self._scenedir is not self._last_scenedir:
self._scenedir = -1
else:
self._scenedir = 1
elif scene_off < self._last_sc_off:
if self._scenedir is not self._last_scenedir:
self._scenedir = 1
else:
self._scenedir = -1
# else:
# self._scenedir=0
self._last_tr_off = track_off
self._last_sc_off = scene_off
self._last_scenedir = self._scenedir
self._set_colors(self._scenedir)
def update_display(self):
ControlSurface.update_display(self)
scene_off = self._session.scene_offset()
track_off = self._session.track_offset()
if (scene_off != self._last_sc_off):
self.log_message("moved : " + str(self._session._track_offset) +
" " + str(self._session._scene_offset))
if (scene_off > self._last_sc_off):
if self._scenedir is not self._last_scenedir:
self._scenedir = -1
else:
self._scenedir = 1
elif (scene_off < self._last_sc_off):
if self._scenedir is not self._last_scenedir:
self._scenedir = 1
else:
self._scenedir = -1
#else:
# self._scenedir=0
self._last_tr_off = track_off
self._last_sc_off = scene_off
self._last_scenedir = self._scenedir
self._set_colors(self._scenedir)
def update_display(self):
ControlSurface.update_display(self)
device.update_display()
def update_display(self):
ControlSurface.update_display(self)
device.update_display( )
def update_display(self):
ControlSurface.update_display(self)
self._timer = (self._timer + 1) % 256
self.flash()
def update_display(self):
ControlSurface.update_display(self)
if self._display_reset_delay >= 0:
self._display_reset_delay -= 1
if self._display_reset_delay == -1:
self._show_current_track_name()
def update_display(self):
ControlSurface.update_display(self)
if self._display_reset_delay >= 0:
self._display_reset_delay -= 1
if self._display_reset_delay == -1:
self._set_displays_to_default()
def update_display(self):
ControlSurface.update_display(self)
if self._display_reset_delay >= 0:
self._display_reset_delay -= 1
if self._display_reset_delay == -1:
self._show_current_track_name()
def update_display(self):
#Call the pyro request handler so that messages will always be accepted
self.requestLoop()
ControlSurface.update_display(self)
def update_display(self):
ControlSurface.update_display(self)
if self._display_reset_delay >= 0:
self._display_reset_delay -= 1
if self._display_reset_delay == -1:
self._set_displays_to_default()
def update_display(self):
# Call the request handler so that messages will always be accepted
self.request_loop()
ControlSurface.update_display(self)
def update_display(self): ControlSurface.update_display(self) self._timer = (self._timer + 1) % 256 self.flash()
def update_display(self): ControlSurface.update_display(self) if self._monolink_is_enabled: self._client[16].call_network_functions()
def update_display(self):
ControlSurface.update_display(self)
if self._monolink_is_enabled:
self._client[16].call_network_functions()
def update_display(self):
ControlSurface.update_display(self)
#Keep trying to accept a connection until someone actually connects
if not self.telnetConnection:
try:
#Does anyone want to connect?
self.telnetConnection, self.addr = self.telnetSocket.accept()
except:
#No one connected in this iteration
pass
else:
#Yay! Someone connected! Send them the banner and first prompt.
self.telnetConnection.send("Welcome to the Ableton Live Python Interpreter\r\n")
self.telnetConnection.send("Brought to by LiveAPI.org\r\n")
self.telnetConnection.send(">>> ")
else:
#Someone's connected, so lets interact with them.
try:
#If the client has typed anything, get it
data = self.telnetConnection.recv(1)
except:
#Nope they haven't typed anything yet
data = "" #
#If return is pressed, process the command (This if statement is so ugly because ableton python doesn't have universal newlines)
if (data == "\n" or data == "\r") and (self.lastData != "\n" and self.lastData != "\r"):
continues = self.interpreter.push(self.telnetBuffer.rstrip()) #should be strip("/r/n") but ableton python throws an error
self.commandBuffer.append(self.telnetBuffer.rstrip())
self.telnetBuffer = ""
#if the user input is multi-line, continue, otherwise return the results
if continues:
self.telnetConnection.send("... ")
else:
#return stdout to the client
self.telnetConnection.send(self.stdout.getvalue().replace("\n","\r\n"))
#return stderr to the client
self.telnetConnection.send(self.stderr.getvalue().replace("\n","\r\n"))
self.telnetConnection.send(">>> ")
#Empty buffers by creating new stringIO objects
#There's probably a better way to empty these
self.stdin.close()
self.stdout.close()
self.stderr.close()
self.stdin = StringIO.StringIO()
self.stdout = StringIO.StringIO()
self.stderr = StringIO.StringIO()
#re-redirect the stdio
sys.stdin = self.stdin
sys.stdout = self.stdout
sys.stderr = self.stderr
elif data == "\b": #deals with backspaces
if len(self.telnetBuffer):
self.telnetBuffer = self.telnetBuffer[:-1]
self.telnetConnection.send(" \b") #deletes the character on the console
else:
self.telnetConnection.send(" ")
elif data != "\n" and data != "\r":
self.telnetBuffer = self.telnetBuffer + data
