def on_start(self): self.knob = RotaryEncoder(UP_SWITCH, DOWN_SWITCH, 25, self.encode_event, 2) self.waiter = Waiter.start(self.actor_ref) self.tracks = self.mopidy.tracklist.get_tl_tracks() first_track = self.mopidy.playback.get_current_tl_track() self._display_track(first_track)
def setRotaryInterface(self): global tunerknob global volumeknob # Internal pullup resistors can be disabled for rotary encoders (eg KY-040) # with their own pullup resistors. See rotary_gpio_pullup in radiod.conf if self.config.rotary_class == self.config.ALTERNATIVE: log.message("event.setInterface RotaryEncoder ALTERNATIVE", log.DEBUG) volumeknob = RotaryEncoderAlternative(self.left_switch, self.right_switch, self.mute_switch, self.volume_event) tunerknob = RotaryEncoderAlternative(self.down_switch, self.up_switch, self.menu_switch, self.tuner_event) elif self.config.rotary_class == self.config.STANDARD: log.message("event.setInterface RotaryEncoder STANDARD", log.DEBUG) volumeknob = RotaryEncoder(self.left_switch, self.right_switch, self.mute_switch, self.volume_event, pullup=self.config.rotary_gpio_pullup) tunerknob = RotaryEncoder(self.down_switch, self.up_switch, self.menu_switch, self.tuner_event, pullup=self.config.rotary_gpio_pullup) msg = "Volume knob", self.left_switch, self.right_switch, self.mute_switch log.message(msg, log.DEBUG) msg = "Tuner knob", self.down_switch, self.up_switch, self.menu_switch log.message(msg, log.DEBUG) return
def __init__(self): RotaryEncoder(self.scrollUp, self.scrollDown, self.wheelButton, callback=self.changeEvent) GPIO.add_event_detect(self.schalter, GPIO.BOTH, callback=self.changeAlarm) GPIO.add_event_detect(self.pauseButton, GPIO.BOTH, callback=self.pauseAlarm) GPIO.add_event_detect(self.stopButton, GPIO.BOTH, callback=self.stopAlarm)
def setCosmicInterface(self): from cosmic_class import Button global volumeknob global left_button, right_button, mute_button global up_button, down_button, menu_button log.message("event.setInterface Cosmic interface", log.DEBUG) # Buttons down_button = Button(self.down_switch, self.button_event, log) up_button = Button(self.up_switch, self.button_event, log) menu_button = Button(self.menu_switch, self.button_event, log) # Rotary encoder volumeknob = RotaryEncoder(self.left_switch, self.right_switch, self.mute_switch, self.volume_event) return
def __init__(self, events): self.events = events """ set up the button shutdown """ GPIO.setmode(GPIO.BCM) GPIO.setup(ControlBoard.OFFDETECTPIN, GPIO.IN, pull_up_down=GPIO.PUD_UP) GPIO.add_event_detect(ControlBoard.OFFDETECTPIN, GPIO.FALLING, callback=self.shutdown) """ set up the controller knob events to change the source and menus """ self.controllerKnob = RotaryEncoder(ControlBoard.PIN_A, ControlBoard.PIN_B, ControlBoard.BUTTON, self.controlKnobEvent) print "ControlBoard._init__ > ready"
def volume_event(event): global volumeknob, play_on if event == RotaryEncoder.CLOCKWISE: #print("Clockwise") # get initial state socketIO.emit('volume', '+') elif event == RotaryEncoder.ANTICLOCKWISE: #print("Anticlockwise") socketIO.emit('volume', '-') elif event == RotaryEncoder.BUTTONDOWN: #print("Button down: toggle pause/play") socketIO.emit('toggle') elif event == RotaryEncoder.BUTTONUP: #print("Button up") return # Define the switch volumeknob = RotaryEncoder(VOLUME_UP,VOLUME_DOWN,MUTE_SWITCH,volume_event,2) # 2 = latest RPi Boards as of 2017 while True: time.sleep(0.5)
def getConfiguration(self): global left_switch,middle_switch,right_switch global encoder_a,encoder_b,encoder_switch # Button configuration self.left_switch = config.getLeftSwitch() self.middle_switch = config.getMiddleSwitch() self.right_switch = config.getRightSwitch() # Rotary encoder configuration self.encoder_switch = config.getEncoderSwitch() self.encoder_a = config.getEncoderA() self.encoder_b = config.getEncoderB() # Set up rotary encoder with rotary_event() as the callback routine self.rotaryknob = RotaryEncoder(self.encoder_a,self.encoder_b, self.encoder_switch,self.rotary_event) # Set up buttons Button(self.left_switch, self.button_event) Button(self.middle_switch, self.button_event) Button(self.right_switch, self.button_event)
def __init__(self): self.mpd = MPDClient() self.lcd = TextStar('/dev/serial0', 115200) self.lcd.quiet = True self.menu_rotary = RotaryEncoder(UP_SWITCH, DOWN_SWITCH, MENU_SWITCH, self.tuning_event, 2) self.connect() self.menus = ["Tuning", "Power", "Return"] self.current_menu = 0 self.last_menu = len(self.menus) self.mainMenu = Menu(title='Menu', options=self.menus) self.playlist = ["Heart", "BBC Glos", "BBC R1"] self.tuningMenu = Menu(title='Tuning', options=self.playlist) self.powerMenu = Menu(title='Power', options=["Return", "Power Off"]) self.mode = self.MODE_PLAY self.display()
elif event == RotaryEncoder.ANTICLOCKWISE: print name + " anticlockwise", RotaryEncoder.BUTTONDOWN elif event == RotaryEncoder.BUTTONDOWN: print name + " button down", RotaryEncoder.BUTTONDOWN elif event == RotaryEncoder.BUTTONUP: print name + " button up", RotaryEncoder.BUTTONUP return # Allow user to select board revision revision = 2 stderr("Are you using an old revision 1 board y/n: ") answer = raw_input("") if answer == 'y': revision = 1 volumeknob = RotaryEncoder(LEFT_SWITCH,RIGHT_SWITCH,MUTE_SWITCH,volume_event,revision) tunerknob = RotaryEncoder(UP_SWITCH,DOWN_SWITCH,MENU_SWITCH,tuner_event,revision) print "Use Ctl-C to exit" while True: try: time.sleep(0.2) except KeyboardInterrupt: print "\nExit" sys.exit(0)
left_switch = left_switch_40 right_switch = right_switch_40 up_switch = up_switch_40 down_switch = down_switch_40 mute_switch = mute_switch_40 stderr("40 pin wiring version selected\n") else: stderr("26 pin wiring version selected\n") stderr("Are you using GPIO10 (pin 19) for the down switch y/n: ") answer = raw_input("") if answer == 'y': down_switch = dac_down_switch stderr("Down switch is set to GPIO" + str(dac_down_switch) + "\n") # Set up rotary encoders volumeknob = RotaryEncoder(left_switch,right_switch,mute_switch,volume_event,revision) tunerknob = RotaryEncoder(down_switch,up_switch,menu_switch,tuner_event,revision) print "Use Ctl-C to exit" while True: try: time.sleep(0.1) except KeyboardInterrupt: print "\nExit" sys.exit(0) # End of test rotary encoders
encoder_switch = config.getEncoderSwitch() encoder_a = config.getEncoderA() encoder_b = config.getEncoderB() print("Left switch GPIO {}".format(left_switch)) print("Middle switch GPIO {}".format(middle_switch)) print("Right switch GPIO {}".format(right_switch)) print("Encoder A GPIO {}".format(encoder_a)) print("Encoder B GPIO {}".format(encoder_b)) print("Encoder switch GPIO {}".format(encoder_switch)) Button(left_switch, button_event) Button(middle_switch, button_event) Button(right_switch, button_event) rotaryknob = RotaryEncoder(encoder_a, encoder_b, encoder_switch, rotary_event) statusLed = statusLedInitialise(statusLed) statusLed.set(StatusLed.LED1, True) time.sleep(1) statusLed.clear() statusLed.set(StatusLed.LED2, True) time.sleep(1) statusLed.clear() statusLed.set(StatusLed.LED3, True) time.sleep(1) statusLed.clear() time.sleep(1) # Main wait loop try:
def run(self): global CurrentFile global menu_switch_value global volumeknob, tunerknob, statusLed, menu_switch menu_settle = 5 # Allow menu switch to settle log.init('radio') signal.signal(signal.SIGTERM, signalHandler) # Configure RGB status LED rgb_red = radio.getRgbLed('rgb_red') rgb_green = radio.getRgbLed('rgb_green') rgb_blue = radio.getRgbLed('rgb_blue') statusLed = StatusLed(rgb_red, rgb_green, rgb_blue) statusLed.set(StatusLed.BUSY) progcall = str(sys.argv) log.message('Radio running pid ' + str(os.getpid()), log.INFO) log.message( "Radio " + progcall + " daemon version " + radio.getVersion(), log.INFO) log.message("GPIO version " + str(GPIO.VERSION), log.INFO) hostname = exec_cmd('hostname') ipaddr = exec_cmd('hostname -I') # Display daemon pid on the LCD message = "Radio pid " + str(os.getpid()) # Wait for the IP network ipaddr = "" waiting4network = True count = 10 while waiting4network: ipaddr = exec_cmd('hostname -I') time.sleep(1) count -= 1 if (count < 0) or (len(ipaddr) > 1): waiting4network = False if len(ipaddr) < 1: log.message("No IP network", log.INFO) statusLed.set(StatusLed.ERROR) time.sleep(1) else: log.message("IP " + ipaddr, log.INFO) time.sleep(2) log.message("Starting MPD", log.INFO) radio.start() log.message("MPD started", log.INFO) radio.setLastMode(radio.MODE_OPTIONS) radio.setLastOption(radio.RELOADLIB) mpd_version = radio.execMpcCommand("version") log.message(mpd_version, log.INFO) time.sleep(1) # Auto-load music library if no Internet if len(ipaddr) < 1 and radio.autoload(): log.message("Loading music library", log.INFO) radio.setSource(radio.PLAYER) # Load radio reload(radio) radio.play(get_stored_id(CurrentFile)) log.message("Current ID = " + str(radio.getCurrentID()), log.INFO) # Get rotary switches configuration up_switch = radio.getSwitchGpio("up_switch") down_switch = radio.getSwitchGpio("down_switch") left_switch = radio.getSwitchGpio("left_switch") right_switch = radio.getSwitchGpio("right_switch") menu_switch = radio.getSwitchGpio("menu_switch") mute_switch = radio.getSwitchGpio("mute_switch") boardrevision = radio.getBoardRevision() if radio.getRotaryClass() is radio.ROTARY_STANDARD: boardrevision = radio.getBoardRevision() volumeknob = RotaryEncoder(left_switch, right_switch, mute_switch, volume_event, boardrevision) tunerknob = RotaryEncoder(up_switch, down_switch, menu_switch, tuner_event, boardrevision) elif radio.getRotaryClass() is radio.ROTARY_ALTERNATIVE: volumeknob = RotaryEncoderAlternative(left_switch, right_switch, mute_switch, volume_event, boardrevision) tunerknob = RotaryEncoderAlternative(up_switch, down_switch, menu_switch, tuner_event, boardrevision) # Configure rotary switch (not rotary encoder) switch1 = radio.getMenuSwitch('menu_switch_value_1') switch2 = radio.getMenuSwitch('menu_switch_value_2') switch4 = radio.getMenuSwitch('menu_switch_value_4') menu_switch = MenuSwitch(switch1, switch2, switch4, menu_swich_event) log.message("Running", log.INFO) statusLed.set(StatusLed.NORMAL) # Main processing loop count = 0 while True: display_mode = radio.getDisplayMode() if not radio.getReload(): if display_mode is radio.MODE_SEARCH: statusLed.set(StatusLed.SELECT) else: statusLed.set(StatusLed.NORMAL) switch = radio.getSwitch() if switch > 0: get_switch_states(radio, volumeknob, tunerknob) radio.setSwitch(0) if menu_switch_value > 0: menu_settle -= 1 if menu_settle < 0: setMenu(radio, menu_switch_value) menu_settle = 5 else: time.sleep(0.2) dateFormat = radio.getDateFormat() todaysdate = strftime(dateFormat) # Check for IP address ipaddr = exec_cmd('hostname -I') if len(ipaddr) < 1 and radio.getSource() != radio.PLAYER: statusLed.set(StatusLed.ERROR) # Shutdown command issued if display_mode == radio.MODE_SHUTDOWN: while True: # Not an error just shutting down statusLed.set(StatusLed.ERROR) radio.execCommand("shutdown -h now") time.sleep(1) elif display_mode == radio.MODE_TIME: if radio.getReload(): log.message("Reload ", log.DEBUG) reload(radio) radio.setReload(False) # Check state (pause or play) checkState(radio) if radio.volumeChanged(): time.sleep(0.1) time.sleep(0.1)
def run(self): global CurrentFile global volumeknob, tunerknob log.init('radio') signal.signal(signal.SIGTERM, signalHandler) progcall = str(sys.argv) log.message('Radio running pid ' + str(os.getpid()), log.INFO) log.message( "Radio " + progcall + " daemon version " + radio.getVersion(), log.INFO) log.message("GPIO version " + str(GPIO.VERSION), log.INFO) boardrevision = radio.getBoardRevision() lcd.init(boardrevision) lcd.backlight(True) hostname = exec_cmd('hostname') ipaddr = exec_cmd('hostname -I') myos = exec_cmd('uname -a') log.message(myos, log.INFO) # Display daemon pid on the LCD message = "Radio pid " + str(os.getpid()) lcd.line1(message) lcd.line2("IP " + ipaddr) time.sleep(4) log.message("Starting MPD", log.INFO) lcd.line2("Starting MPD") radio.start() log.message("MPD started", log.INFO) mpd_version = radio.execMpcCommand("version") log.message(mpd_version, log.INFO) lcd.line1("Radio ver " + radio.getVersion()) lcd.scroll2(mpd_version, no_interrupt) time.sleep(1) reload(lcd, radio) radio.play(get_stored_id(CurrentFile)) log.message("Current ID = " + str(radio.getCurrentID()), log.INFO) # Define rotary switches volumeknob = RotaryEncoder(LEFT_SWITCH, RIGHT_SWITCH, MUTE_SWITCH, volume_event, boardrevision) tunerknob = RotaryEncoder(UP_SWITCH, DOWN_SWITCH, MENU_SWITCH, tuner_event, boardrevision) log.message("Running", log.INFO) # Main processing loop count = 0 while True: switch = radio.getSwitch() if switch > 0: get_switch_states(lcd, radio, rss, volumeknob, tunerknob) radio.setSwitch(0) display_mode = radio.getDisplayMode() lcd.setScrollSpeed(0.3) # Scroll speed normal todaysdate = strftime("%H:%M %d/%m/%Y") ipaddr = exec_cmd('hostname -I') # Shutdown command issued if display_mode == radio.MODE_SHUTDOWN: displayShutdown(lcd) while True: time.sleep(1) elif ipaddr is "": lcd.line2("No IP network") elif display_mode == radio.MODE_TIME: displayTime(lcd, radio) if radio.muted(): msg = "Sound muted" if radio.getStreaming(): msg = msg + ' *' lcd.line2(msg) else: display_current(lcd, radio) elif display_mode == radio.MODE_SEARCH: display_search(lcd, radio) elif display_mode == radio.MODE_SOURCE: display_source_select(lcd, radio) elif display_mode == radio.MODE_OPTIONS: display_options(lcd, radio) elif display_mode == radio.MODE_IP: lcd.line2("Radio v" + radio.getVersion()) if ipaddr is "": lcd.line1("No IP network") else: lcd.scroll1("IP " + ipaddr, interrupt) elif display_mode == radio.MODE_RSS: lcd.line1(todaysdate) display_rss(lcd, rss) elif display_mode == radio.MODE_SLEEP: lcd.line1(todaysdate) display_sleep(lcd, radio) # Timer function checkTimer(radio) # Check state (pause or play) checkState(radio) # Alarm wakeup function if display_mode == radio.MODE_SLEEP and radio.alarmFired(): log.message("Alarm fired", log.INFO) unmuteRadio(lcd, radio) displayWakeUpMessage(lcd) radio.setDisplayMode(radio.MODE_TIME) if radio.volumeChanged(): lcd.line2("Volume " + str(radio.getVolume())) time.sleep(0.5) time.sleep(0.1)
def run(self): global CurrentFile global volumeknob, tunerknob log.init('radio') signal.signal(signal.SIGTERM, signalHandler) progcall = str(sys.argv) log.message('Radio running pid ' + str(os.getpid()), log.INFO) log.message( "Radio " + progcall + " daemon version " + radio.getVersion(), log.INFO) log.message("GPIO version " + str(GPIO.VERSION), log.INFO) boardrevision = radio.getBoardRevision() lcd.init(boardrevision) lcd.setWidth(20) lcd.line1("Radio version " + radio.getVersion()) time.sleep(0.5) ipaddr = exec_cmd('hostname -I') myos = exec_cmd('uname -a') hostname = exec_cmd('hostname -s') log.message(myos, log.INFO) # Display daemon pid on the LCD message = "Radio pid " + str(os.getpid()) lcd.line2(message) lcd.line3("Starting MPD") log.message("GPIO version " + str(GPIO.VERSION), log.INFO) lcd.line4("IP " + ipaddr) radio.start() log.message("MPD started", log.INFO) time.sleep(0.5) mpd_version = radio.execMpcCommand("version") log.message(mpd_version, log.INFO) lcd.line3(mpd_version) lcd.line4("GPIO version " + str(GPIO.VERSION)) time.sleep(2.0) reload(lcd, radio) radio.play(get_stored_id(CurrentFile)) log.message("Current ID = " + str(radio.getCurrentID()), log.INFO) lcd.line3("Radio Station " + str(radio.getCurrentID())) # Define rotary switches volumeknob = RotaryEncoder(LEFT_SWITCH, RIGHT_SWITCH, MUTE_SWITCH, volume_event, boardrevision) tunerknob = RotaryEncoder(UP_SWITCH, DOWN_SWITCH, MENU_SWITCH, tuner_event, boardrevision) log.message("Running", log.INFO) # Main processing loop count = 0 toggleScrolling = True # Toggle scrolling between Line 2 and 3 while True: # See if we have had an interrupt switch = radio.getSwitch() if switch > 0: get_switch_states(lcd, radio, rss, volumeknob, tunerknob) display_mode = radio.getDisplayMode() lcd.setScrollSpeed(0.3) # Scroll speed normal todaysdate = strftime("%H:%M %d/%m/%Y") ipaddr = exec_cmd('hostname -I') # Shutdown command issued if display_mode == radio.MODE_SHUTDOWN: log.message("Shutting down", log.DEBUG) displayShutdown(lcd) while True: time.sleep(1) if ipaddr is "": lcd.line3("No IP network") elif display_mode == radio.MODE_TIME: msg = todaysdate if radio.getStreaming(): msg = msg + ' *' lcd.line1(msg) display_current(lcd, radio, toggleScrolling) elif display_mode == radio.MODE_SEARCH: display_search(lcd, radio) elif display_mode == radio.MODE_SOURCE: display_source_select(lcd, radio) elif display_mode == radio.MODE_OPTIONS: display_options(lcd, radio) elif display_mode == radio.MODE_IP: displayInfo(lcd, ipaddr, mpd_version) elif display_mode == radio.MODE_RSS: lcd.line1(todaysdate) input_source = radio.getSource() current_id = radio.getCurrentID() if input_source == radio.RADIO: station = radio.getRadioStation() + ' (' + str( current_id) + ')' lcd.line2(station) else: lcd.line2("Current track:" + str(current_id)) display_rss(lcd, rss) elif display_mode == radio.MODE_SLEEP: lcd.line1(todaysdate) display_sleep(lcd, radio) # Timer function checkTimer(radio) # Check state (pause or play) checkState(radio) # Alarm wakeup function if display_mode == radio.MODE_SLEEP and radio.alarmFired(): log.message("Alarm fired", log.INFO) radio.unmute() displayWakeUpMessage(lcd) radio.setDisplayMode(radio.MODE_TIME) # Toggle line 2 & 3 scrolling if toggleScrolling: toggleScrolling = False else: toggleScrolling = True time.sleep(0.1)
def amplifier_on(): GPIO.output(21, GPIO.HIGH) def amplifier_off(): GPIO.output(21, GPIO.LOW) #Touch Schalter GPIO.add_event_detect(24, GPIO.FALLING, callback=drehimpulsgeber, bouncetime=1500) knob = RotaryEncoder(6, 5, 27, drehimpulsgeber) update_lcd(1) dim_lcd(0) while True: time.sleep(25) if mode == 0: mode = 5 print("update Clock") Clock.write_big_time() time.sleep(0.3) mode = 0 if Alarm.get_alarm_time()[0] == time.strftime("%H:%M"): enter_menue()
def run(self): global CurrentFile global volumeknob, tunerknob log.init('radio') signal.signal(signal.SIGTERM, signalHandler) progcall = str(sys.argv) log.message('Radio running pid ' + str(os.getpid()), log.INFO) log.message( "Radio " + progcall + " daemon version " + radio.getVersion(), log.INFO) log.message("GPIO version " + str(GPIO.VERSION), log.INFO) boardrevision = radio.getBoardRevision() lcd.init(boardrevision) # Set up LCD line width width = lcd.getWidth() if width > 0: lcd.setWidth(width) else: lcd.setWidth(20) lcd.scroll1("Radio version " + radio.getVersion(), nointerrupt) hostname = exec_cmd('hostname -s') # Display daemon pid on the LCD message = "Radio pid " + str(os.getpid()) lcd.line2(message) # Wait for the IP network ipaddr = "" waiting4network = True count = 10 while waiting4network: lcd.scroll4("Waiting for network", nointerrupt) ipaddr = exec_cmd('hostname -I') time.sleep(1) count -= 1 if (count < 0) or (len(ipaddr) > 1): waiting4network = False if len(ipaddr) < 1: lcd.line4("No IP network") else: lcd.line4("IP " + ipaddr) log.message("IP " + ipaddr, log.INFO) lcd.line3("Starting MPD") log.message("GPIO version " + str(GPIO.VERSION), log.INFO) radio.start() log.message("MPD started", log.INFO) time.sleep(0.5) mpd_version = radio.getMpdVersion() log.message(mpd_version, log.INFO) lcd.scroll3("MPD version " + mpd_version, nointerrupt) lcd.scroll4("GPIO version " + str(GPIO.VERSION), nointerrupt) time.sleep(2.0) # Auto-load music library if no Internet if len(ipaddr) < 1 and radio.autoload(): log.message("Loading music library", log.INFO) radio.setSource(radio.PLAYER) # Load radio reload(lcd, radio) radio.play(get_stored_id(CurrentFile)) log.message("Current ID = " + str(radio.getCurrentID()), log.INFO) lcd.line3("Radio Station " + str(radio.getCurrentID())) # Get rotary switches configuration up_switch = radio.getSwitchGpio("up_switch") down_switch = radio.getSwitchGpio("down_switch") left_switch = radio.getSwitchGpio("left_switch") right_switch = radio.getSwitchGpio("right_switch") menu_switch = radio.getSwitchGpio("menu_switch") mute_switch = radio.getSwitchGpio("mute_switch") aux_switch = radio.getSwitchGpio("aux_switch") if radio.getRotaryClass() is radio.ROTARY_STANDARD: volumeknob = RotaryEncoder(left_switch, right_switch, mute_switch, volume_event, boardrevision) tunerknob = RotaryEncoder(down_switch, up_switch, menu_switch, tuner_event, boardrevision) elif radio.getRotaryClass() is radio.ROTARY_ALTERNATIVE: volumeknob = RotaryEncoderAlternative(left_switch, right_switch, mute_switch, volume_event, boardrevision) tunerknob = RotaryEncoderAlternative(down_switch, up_switch, menu_switch, tuner_event, boardrevision) log.message("Running", log.INFO) # Main processing loop count = 0 toggleScrolling = True # Toggle scrolling between Line 2 and 3 while True: # Check for audio device error if radio.audioError(): lcd.line1("Audio Error!") lcd.line2("Aborting!") time.sleep(5) sys.exit(1) # See if we have had an interrupt switch = radio.getSwitch() if switch > 0: get_switch_states(lcd, radio, rss, volumeknob, tunerknob) display_mode = radio.getDisplayMode() lcd.setScrollSpeed(0.3) # Scroll speed normal dateFormat = radio.getDateFormat() todaysdate = strftime(dateFormat) # Shutdown command issued if display_mode == radio.MODE_SHUTDOWN: log.message("Shutting down", log.DEBUG) displayShutdown(lcd, radio) while True: time.sleep(1) ipaddr = exec_cmd('hostname -I') source = radio.getSource() if len(ipaddr) < 1 and source != radio.PLAYER: lcd.line3("No IP network") elif display_mode == radio.MODE_TIME: if radio.getReload(): log.message("Reload ", log.DEBUG) reload(lcd, radio) radio.setReload(False) msg = todaysdate if radio.getStreaming(): msg = msg + ' *' lcd.line1(msg) if source == radio.AIRPLAY: displayAirplay(lcd, radio) else: display_current(lcd, radio, toggleScrolling) elif display_mode == radio.MODE_SEARCH: display_search(lcd, radio) elif display_mode == radio.MODE_SOURCE: display_source_select(lcd, radio) elif display_mode == radio.MODE_OPTIONS: display_options(lcd, radio) elif display_mode == radio.MODE_IP: displayInfo(lcd, ipaddr, mpd_version) elif display_mode == radio.MODE_RSS: lcd.line1(todaysdate) input_source = radio.getSource() current_id = radio.getCurrentID() if input_source == radio.RADIO: lcd.line2(radio.getRadioStation()) elif input_source == radio.PLAYER: lcd.line2("Current track:" + str(current_id)) else: displayVolume(lcd, radio) display_rss(lcd, rss) elif display_mode == radio.MODE_SLEEP: lcd.line1(todaysdate) display_sleep(lcd, radio) # Timer function checkTimer(radio) # Check state (pause or play) checkState(radio) # Alarm wakeup function if display_mode == radio.MODE_SLEEP and radio.alarmFired(): log.message("Alarm fired", log.INFO) radio.unmute() displayWakeUpMessage(lcd) radio.setDisplayMode(radio.MODE_TIME) # Toggle line 2 & 3 scrolling if toggleScrolling: toggleScrolling = False else: toggleScrolling = True time.sleep(0.1)
up_switch = config.getSwitchGpio("up_switch") down_switch = config.getSwitchGpio("down_switch") menu_switch = config.getSwitchGpio("menu_switch") print("Left switch GPIO", left_switch) print("Right switch GPIO", right_switch) print("Up switch GPIO", up_switch) print("Down switch GPIO", down_switch) print("Mute switch GPIO", mute_switch) print("Menu switch GPIO", menu_switch) Button(down_switch, interrupt, log) Button(up_switch, interrupt, log) Button(menu_switch, interrupt, log) volumeknob = RotaryEncoder(left_switch, right_switch, mute_switch, rotary_event) statusLed = statusLedInitialise(statusLed) statusLed.set(StatusLed.LED1) time.sleep(1) statusLed.set(StatusLed.LED2) time.sleep(1) statusLed.set(StatusLed.LED3) time.sleep(1) statusLed.set(StatusLed.ALL) time.sleep(1) statusLed.set(StatusLed.CLEAR) time.sleep(1) # Main wait loop try:
if data == "r3": trellis.color(x,y,WHITE) if data == "r4": trellis.color(x,y,YELLOW) if event == RotaryEncoder.CLOCKWISE: print("%s Clockwise" % data) elif event == RotaryEncoder.ANTICLOCKWISE: print ("%s Anticlockwise" % data) elif event == RotaryEncoder.BUTTONDOWN: print ("%s Button down" % data) elif event == RotaryEncoder.BUTTONUP: print ("%s Button up" % data) return # Define the encoders r1 = RotaryEncoder(R1_PIN_A,R1_PIN_B,R1_BUTTON,switch_event,"r1") r2 = RotaryEncoder(R2_PIN_A,R2_PIN_B,R2_BUTTON,switch_event,"r2") r3 = RotaryEncoder(R3_PIN_A,R3_PIN_B,R3_BUTTON,switch_event,"r3") r4 = RotaryEncoder(R4_PIN_A,R4_PIN_B,R4_BUTTON,switch_event,"r4") print("r1_pin_a=[%d], r1_pin_b=[%d], r1_button=[%d]," % (R1_PIN_A, R1_PIN_B, R1_BUTTON)) print("r2_pin_a=[%d], r2_pin_b=[%d], r2_button=[%d]," % (R2_PIN_A, R2_PIN_B, R2_BUTTON)) print("r3_pin_a=[%d], r3_pin_b=[%d], r3_button=[%d]," % (R3_PIN_A, R3_PIN_B, R3_BUTTON)) print("r4_pin_a=[%d], r4_pin_b=[%d], r4_button=[%d]," % (R4_PIN_A, R4_PIN_B, R4_BUTTON)) while True: # the trellis can only be read every 17 millisecons or so trellis.sync() time.sleep(0.02)
def run(self): global lcd global CurrentFile global volumeknob, tunerknob log.init('radio') signal.signal(signal.SIGTERM, signalHandler) progcall = str(sys.argv) log.message('Radio running pid ' + str(os.getpid()), log.INFO) log.message( "Radio " + progcall + " daemon version " + radio.getVersion(), log.INFO) log.message("GPIO version " + str(GPIO.VERSION), log.INFO) i2c_address = radio.getI2Caddress() # Get address from configuration # Load pcf8574 i2c class or Adafruit backpack if radio.getBackPackType() == radio.PCF8574: log.message("PCF8574 backpack address: " + hex(i2c_address), log.INFO) lcd = lcd_i2c_pcf8574() else: log.message("Adafruit backpack address: " + hex(i2c_address), log.INFO) lcd = lcd_i2c() boardrevision = radio.getBoardRevision() lcd.init(board_rev=boardrevision, address=i2c_address) lcd.backlight(True) hostname = exec_cmd('hostname') ipaddr = exec_cmd('hostname -I') # Display daemon pid on the LCD message = "Radio pid " + str(os.getpid()) lcd.line1(message) lcd.line2("IP " + ipaddr) time.sleep(4) log.message("Starting MPD", log.INFO) lcd.line2("Starting MPD") radio.start() log.message("MPD started", log.INFO) mpd_version = radio.execMpcCommand("version") log.message(mpd_version, log.INFO) lcd.line1("Radio ver " + radio.getVersion()) lcd.scroll2(mpd_version, no_interrupt) time.sleep(1) reload(lcd, radio) radio.play(get_stored_id(CurrentFile)) log.message("Current ID = " + str(radio.getCurrentID()), log.INFO) # Get rotary switches configuration up_switch = radio.getSwitchGpio("up_switch") down_switch = radio.getSwitchGpio("down_switch") left_switch = radio.getSwitchGpio("left_switch") right_switch = radio.getSwitchGpio("right_switch") menu_switch = radio.getSwitchGpio("menu_switch") mute_switch = radio.getSwitchGpio("mute_switch") if radio.getRotaryClass() is radio.ROTARY_STANDARD: volumeknob = RotaryEncoder(left_switch, right_switch, mute_switch, volume_event, boardrevision) tunerknob = RotaryEncoder(up_switch, down_switch, menu_switch, tuner_event, boardrevision) elif radio.getRotaryClass() is radio.ROTARY_ALTERNATIVE: volumeknob = RotaryEncoderAlternative(left_switch, right_switch, mute_switch, volume_event, boardrevision) tunerknob = RotaryEncoderAlternative(up_switch, down_switch, menu_switch, tuner_event, boardrevision) log.message("Running", log.INFO) # Main processing loop count = 0 while True: switch = radio.getSwitch() if switch > 0: get_switch_states(lcd, radio, rss, volumeknob, tunerknob) radio.setSwitch(0) display_mode = radio.getDisplayMode() lcd.setScrollSpeed(0.3) # Scroll speed normal dateFormat = radio.getDateFormat() todaysdate = strftime(dateFormat) ipaddr = exec_cmd('hostname -I') # Shutdown command issued if display_mode == radio.MODE_SHUTDOWN: displayShutdown(lcd) while True: time.sleep(1) elif ipaddr is "": lcd.line2("No IP network") elif display_mode == radio.MODE_TIME: if radio.getReload(): log.message("Reload ", log.DEBUG) reload(lcd, radio) radio.setReload(False) displayTime(lcd, radio) if radio.muted(): msg = "Sound muted" if radio.getStreaming(): msg = msg + ' *' lcd.line2(msg) else: display_current(lcd, radio) elif display_mode == radio.MODE_SEARCH: display_search(lcd, radio) elif display_mode == radio.MODE_SOURCE: display_source_select(lcd, radio) elif display_mode == radio.MODE_OPTIONS: display_options(lcd, radio) elif display_mode == radio.MODE_IP: lcd.line2("Radio v" + radio.getVersion()) if ipaddr is "": lcd.line1("No IP network") else: lcd.scroll1("IP " + ipaddr, interrupt) elif display_mode == radio.MODE_RSS: lcd.line1(todaysdate) display_rss(lcd, rss) elif display_mode == radio.MODE_SLEEP: lcd.line1(todaysdate) display_sleep(lcd, radio) # Timer function checkTimer(radio) # Check state (pause or play) checkState(radio) # Alarm wakeup function if display_mode == radio.MODE_SLEEP and radio.alarmFired(): log.message("Alarm fired", log.INFO) unmuteRadio(lcd, radio) displayWakeUpMessage(lcd) radio.setDisplayMode(radio.MODE_TIME) if radio.volumeChanged(): lcd.line2("Volume " + str(radio.getVolume())) time.sleep(0.5) time.sleep(0.1)
return def switch_event(event): if event == RotaryEncoder.CLOCKWISE: call(["mpc", "seek", "+2"], shell=False) elif event == RotaryEncoder.ANTICLOCKWISE: call(["mpc", "seek", "-2"], shell=False) elif event == RotaryEncoder.BUTTONDOWN: pass elif event == RotaryEncoder.BUTTONUP: call(["mpc", "next"], shell=False) return # Define shutdown button gpio.setmode(gpio.BCM) # Set pin numbering to bcm numbering gpio.setup(PUSH_BUTTON, gpio.IN, pull_up_down=gpio.PUD_UP) # Set up pin 26 as an input gpio.add_event_detect( PUSH_BUTTON, gpio.RISING, callback=shutdown, bouncetime=2000) # Set up an interrupt to look for button presses # Define the right switch rswitch = RotaryEncoder(RPIN_A, RPIN_B, RBUTTON, vol_event) # Define the left switch lswitch = RotaryEncoder(LPIN_A, LPIN_B, LBUTTON, switch_event) loop() # Run the loop function to keep script running
def run(self): global CurrentFile global ConfigFile global tunerknob configOK = False GPIO.setmode(GPIO.BCM) # Use BCM GPIO numbers GPIO.setwarnings(False) # Ignore warnings boardrevision = radio.getBoardRevision() if boardrevision == 1: # For rev 1 boards with no inbuilt pull-up/down resistors # Wire the GPIO inputs to ground via a 10K resistor GPIO.setup(MENU_SWITCH, GPIO.IN) GPIO.setup(UP_SWITCH, GPIO.IN) GPIO.setup(DOWN_SWITCH, GPIO.IN) GPIO.setup(LEFT_SWITCH, GPIO.IN) GPIO.setup(RIGHT_SWITCH, GPIO.IN) else: # For rev 2 boards with inbuilt pull-up/down resistors the # following lines are used instead of the above, so # there is no need to physically wire the 10k resistors GPIO.setup(MENU_SWITCH, GPIO.IN, pull_up_down=GPIO.PUD_DOWN) GPIO.setup(UP_SWITCH, GPIO.IN, pull_up_down=GPIO.PUD_DOWN) GPIO.setup(DOWN_SWITCH, GPIO.IN, pull_up_down=GPIO.PUD_DOWN) GPIO.setup(LEFT_SWITCH, GPIO.IN, pull_up_down=GPIO.PUD_DOWN) GPIO.setup(RIGHT_SWITCH, GPIO.IN, pull_up_down=GPIO.PUD_DOWN) GPIO.setup(STREAM_SWITCH, GPIO.IN, pull_up_down=GPIO.PUD_DOWN) # Initialise IR if not (pylirc.init("radio", "/home/pi/radio/ir.conf")): log.message("IR initialization failed.", log.ERROR) else: pylirc.blocking(0) # Initialise radio log.init('radio') signal.signal(signal.SIGTERM, signalHandler) progcall = str(sys.argv) log.message('Radio running pid ' + str(os.getpid()), log.INFO) log.message( "Radio " + progcall + " daemon version " + radio.getVersion(), log.INFO) log.message("GPIO version " + str(GPIO.VERSION), log.INFO) if not os.path.isfile(ConfigFile) or os.path.getsize(ConfigFile) == 0: log.message("Missing configuration file " + ConfigFile, log.ERROR) else: log.message("Reading configuration file", log.INFO) self.configOK = True # Must be set before calling getConfig() self.getConfig() lcd.init(boardrevision) lcd.setWidth(self.display_width) hostname = exec_cmd('hostname') ipaddr = exec_cmd('hostname -I') myos = exec_cmd('uname -a') log.message(myos, log.INFO) # Display daemon pid on the LCD message = "Radio pid " + str(os.getpid()) lcd.line1(message) lcd.line2("IP " + ipaddr) time.sleep(2) log.message("Starting MPD", log.INFO) lcd.line2("Starting MPD") radio.start() log.message("MPD started", log.INFO) mpd_version = radio.execMpcCommand("version") log.message(mpd_version, log.INFO) lcd.line1("Radio ver " + radio.getVersion()) lcd.scroll2(mpd_version, no_interrupt) time.sleep(1) reload(lcd, radio) radio.play(get_stored_id(CurrentFile)) log.message("Current ID = " + str(radio.getCurrentID()), log.INFO) tunerknob = RotaryEncoder(ROTA_SWITCH, ROTB_SWITCH, PUSH_SWITCH, tuner_event, boardrevision) # Set up switch event processing GPIO.add_event_detect(MENU_SWITCH, GPIO.RISING, callback=switch_event, bouncetime=200) GPIO.add_event_detect(LEFT_SWITCH, GPIO.RISING, callback=switch_event, bouncetime=200) GPIO.add_event_detect(RIGHT_SWITCH, GPIO.RISING, callback=switch_event, bouncetime=200) GPIO.add_event_detect(UP_SWITCH, GPIO.RISING, callback=switch_event, bouncetime=200) GPIO.add_event_detect(DOWN_SWITCH, GPIO.RISING, callback=switch_event, bouncetime=200) GPIO.add_event_detect(STREAM_SWITCH, GPIO.RISING, callback=switch_event, bouncetime=200) # Main processing loop count = 0 while True: #log.message("===BEGIN MAIN LOOP===",log.DEBUG) ir = pylirc.nextcode(1) if (ir): ir_event(ir, lcd, radio, rss, tunerknob) ir = [] switch = radio.getSwitch() if switch > 0: get_switch_states(lcd, radio, rss, tunerknob) radio.setSwitch(0) #log.message("=== 0 ===",log.DEBUG) display_mode = radio.getDisplayMode() dateFormat = radio.getDateFormat() todaysdate = strftime(dateFormat) lcd.setScrollSpeed(0.3) # Scroll speed normal ipaddr = exec_cmd('hostname -I') # Shutdown command issued if display_mode == radio.MODE_SHUTDOWN: displayShutdown(lcd) while True: time.sleep(1) elif ipaddr is "": lcd.line2("No IP network") elif display_mode == radio.MODE_TIME: #log.message("=== MODE_TIME ===",log.DEBUG) displayTime(lcd, radio) if radio.muted(): msg = "Sound muted" lcd.line2(msg) else: display_current(lcd, radio) elif display_mode == radio.MODE_SEARCH: display_search(lcd, radio) elif display_mode == radio.MODE_SOURCE: display_source_select(lcd, radio) elif display_mode == radio.MODE_OPTIONS: display_options(lcd, radio) elif display_mode == radio.MODE_IP: lcd.line2("Radio v" + radio.getVersion()) if ipaddr is "": lcd.line1("No IP network") else: lcd.scroll1("IP " + ipaddr, interrupt) elif display_mode == radio.MODE_RSS: displayTime(lcd, radio) display_rss(lcd, rss) elif display_mode == radio.MODE_SLEEP: displayTime(lcd, radio) display_sleep(lcd, radio) #log.message("=== 1 ===",log.DEBUG) # Timer function checkTimer(radio) #log.message("=== 2 ===",log.DEBUG) # Check state (pause or play) checkState(radio) #log.message("=== 3 ===",log.DEBUG) # Alarm wakeup function if display_mode == radio.MODE_SLEEP and radio.alarmFired(): log.message("Alarm fired", log.INFO) unmuteRadio(lcd, radio) displayWakeUpMessage(lcd) radio.setDisplayMode(radio.MODE_TIME) if radio.volumeChanged(): lcd.line2("Volume " + str(radio.getVolume())) time.sleep(0.75) #log.message("=== 4 ===",log.DEBUG) time.sleep(0.1)
handle_event(event,"Left knob") return # This is the event callback routine to handle right knob events def right_knob_event(event): handle_event(event,"Right knob") return # This is the event callback routine to handle events def handle_event(event, name): if event == RotaryEncoder.CLOCKWISE: print name, "Clockwise event =", RotaryEncoder.CLOCKWISE elif event == RotaryEncoder.ANTICLOCKWISE: print name, "Anticlockwise event =", RotaryEncoder.BUTTONDOWN elif event == RotaryEncoder.BUTTONDOWN: print name, "Button down event =", RotaryEncoder.BUTTONDOWN elif event == RotaryEncoder.BUTTONUP: print name, "Button up event =", RotaryEncoder.BUTTONUP return # Define the left and right knobs leftknob = RotaryEncoder(LEFT_A,LEFT_B,LEFT_BUTTON,left_knob_event) rightknob = RotaryEncoder(RIGHT_A,RIGHT_B,RIGHT_BUTTON,right_knob_event) # Wait for events while True: time.sleep(0.5) # End of program
#print t,"Clockwise" camera.annotate_text = camera.annotate_text + ">" elif event == RotaryEncoder.ANTICLOCKWISE: #print t,"Anticlockwise" camera.annotate_text = camera.annotate_text + "<" elif event == RotaryEncoder.BUTTONDOWN: print t,"Button down" elif event == RotaryEncoder.BUTTONUP: print t,"Button up" in_menu = True camera.annotate_text = camera.annotate_text + " [menu]" return # Define the switch rswitch = RotaryEncoder(PIN_A,PIN_B,BUTTON,switch_event) print "Rotary encoder pins: %d %d switch: %d" % ( PIN_A, PIN_B, BUTTON ) last_value = 0 frame_nr = 1 camera.annotate_text = state print state zoom_axis = 0 crop_axis = 0 ssocr_val = { 'Rotate': 0, 'Threshold': 90, 'Digits': -1, 'Shear': 0, 'Crop': [ 0,0,1,1 ] } ssocr_max = { 'Rotate': 360, 'Threshold': 100, 'Digits': 10, 'Shear':100, 'Brightness':100 } ssocr_val['Brightness'] = camera.brightness for k in ssocr_val:
def __init__(self, pause, play, togglePlayPause, toggleNext, togglePrev, toggleUnjoin, toggleVolUp, toggleVolDown, toggleShuffle, rightRotaryTurn, leftRotaryTurn, rotaryTouch): self.rightRotaryTurn = rightRotaryTurn self.leftRotaryTurn = leftRotaryTurn self.rotaryTouch = rotaryTouch self.lastTagUid = None # set all gpios if not self.BUTTON_PAUSE == self.NOGPIO: GPIO.setup(self.BUTTON_PAUSE, GPIO.IN, pull_up_down=GPIO.PUD_DOWN) GPIO.add_event_detect(self.BUTTON_PAUSE, GPIO.RISING, callback=pause, bouncetime=200) if not self.BUTTON_PLAY == self.NOGPIO: GPIO.setup(self.BUTTON_PLAY, GPIO.IN, pull_up_down=GPIO.PUD_DOWN) GPIO.add_event_detect(self.BUTTON_PLAY, GPIO.RISING, callback=play, bouncetime=200) if not self.BUTTON_PLAYPAUSE == self.NOGPIO: GPIO.setup(self.BUTTON_PLAYPAUSE, GPIO.IN, pull_up_down=GPIO.PUD_DOWN) GPIO.add_event_detect(self.BUTTON_PLAYPAUSE, GPIO.RISING, callback=togglePlayPause, bouncetime=800) if not self.BUTTON_NEXT == self.NOGPIO: GPIO.setup(self.BUTTON_NEXT, GPIO.IN, pull_up_down=GPIO.PUD_DOWN) GPIO.add_event_detect(self.BUTTON_NEXT, GPIO.RISING, callback=toggleNext, bouncetime=200) if not self.BUTTON_PREV == self.NOGPIO: GPIO.setup(self.BUTTON_PREV, GPIO.IN, pull_up_down=GPIO.PUD_DOWN) GPIO.add_event_detect(self.BUTTON_PREV, GPIO.RISING, callback=togglePrev, bouncetime=200) if not self.BUTTON_UNJOIN == self.NOGPIO: GPIO.setup(self.BUTTON_UNJOIN, GPIO.IN, pull_up_down=GPIO.PUD_DOWN) GPIO.add_event_detect(self.BUTTON_UNJOIN, GPIO.RISING, callback=toggleUnjoin, bouncetime=200) if not self.BUTTON_VOL_UP == self.NOGPIO: GPIO.setup(self.BUTTON_VOL_UP, GPIO.IN, pull_up_down=GPIO.PUD_DOWN) GPIO.add_event_detect(self.BUTTON_VOL_UP, GPIO.RISING, callback=toggleVolUp, bouncetime=200) if not self.BUTTON_VOL_DOWN == self.NOGPIO: GPIO.setup(self.BUTTON_VOL_DOWN, GPIO.IN, pull_up_down=GPIO.PUD_DOWN) GPIO.add_event_detect(self.BUTTON_VOL_DOWN, GPIO.RISING, callback=toggleVolDown, bouncetime=200) if not self.BUTTON_SHUFFLE == self.NOGPIO: GPIO.setup(self.BUTTON_SHUFFLE, GPIO.IN, pull_up_down=GPIO.PUD_DOWN) GPIO.add_event_detect(self.BUTTON_SHUFFLE, GPIO.RISING, callback=toggleShuffle, bouncetime=200) if self.ROTARY_1 != self.NOGPIO & self.ROTARY_2 != self.NOGPIO: MusicLogging.Instance().info("Rotary found") encoder = RotaryEncoder(self.ROTARY_1, self.ROTARY_2, self.rotaryEventHandler) if self.ROTARY_BUTTON != self.NOGPIO: encoder.setupButton(self.ROTARY_BUTTON) # To show that everythin is startet: pulse the led for 5 seconds: if self.LED1_BCM != self.NOGPIO: self.ledPulse = LedPulse(self.LED1_BCM) self.ledPulse.startPulseLedForSeconds(10) # ledPulse.startPulseLed() MusicLogging.Instance().info("Setting up reader...") # Create an object of the class MFRC522 self.reader = MFRC522.MFRC522() # Welcome message MusicLogging.Instance().info("Welcome to the MFRC522 reader") self.lastTagUid = 'stop' self.oldStatus = 0
def run(self): global lcd global CurrentFile global volumeknob, tunerknob log.init('radio') # Setup signal handlers signal.signal(signal.SIGTERM, signalHandler) progcall = str(sys.argv) log.message('Radio running pid ' + str(os.getpid()), log.INFO) log.message( "Radio " + progcall + " daemon version " + radio.getVersion(), log.INFO) log.message("GPIO version " + str(GPIO.VERSION), log.INFO) i2c_address = radio.getI2Caddress() # Load pcf8574 i2c class or Adafruit backpack if radio.getBackPackType() == radio.PCF8574: log.message("PCF8574 backpack, address: " + hex(i2c_address), log.INFO) lcd = lcd_i2c_pcf8574() else: log.message("Adafruit backpack, address: " + hex(i2c_address), log.INFO) lcd = lcd_i2c() boardrevision = radio.getBoardRevision() lcd.init(board_rev=boardrevision, address=i2c_address) lcd.backlight(True) # Set up LCD line width width = lcd.getWidth() if width > 0: lcd.setWidth(width) else: lcd.setWidth(20) lcd.line1("Radio vers " + radio.getVersion()) time.sleep(0.5) ipaddr = exec_cmd('hostname -I') hostname = exec_cmd('hostname -s') # Display daemon pid on the LCD message = "Radio pid " + str(os.getpid()) lcd.line2(message) lcd.line3("Starting MPD") log.message("GPIO version " + str(GPIO.VERSION), log.INFO) lcd.line4("IP " + ipaddr) radio.start() log.message("MPD started", log.INFO) time.sleep(0.5) mpd_version = radio.execMpcCommand("version") log.message(mpd_version, log.INFO) lcd.scroll3(mpd_version, no_interrupt) lcd.scroll4("GPIO version " + str(GPIO.VERSION), no_interrupt) time.sleep(2.0) # Auto-load music library if no Internet if len(ipaddr) < 1 and radio.autoload(): log.message("Loading music library", log.INFO) radio.setSource(radio.PLAYER) # Load radio reload(lcd, radio) radio.play(get_stored_id(CurrentFile)) log.message("Current ID = " + str(radio.getCurrentID()), log.INFO) lcd.line3("Radio Station " + str(radio.getCurrentID())) # Get rotary switches configuration up_switch = radio.getSwitchGpio("up_switch") down_switch = radio.getSwitchGpio("down_switch") left_switch = radio.getSwitchGpio("left_switch") right_switch = radio.getSwitchGpio("right_switch") menu_switch = radio.getSwitchGpio("menu_switch") mute_switch = radio.getSwitchGpio("mute_switch") if radio.getRotaryClass() is radio.ROTARY_STANDARD: volumeknob = RotaryEncoder(left_switch, right_switch, mute_switch, volume_event, boardrevision) tunerknob = RotaryEncoder(down_switch, up_switch, menu_switch, tuner_event, boardrevision) elif radio.getRotaryClass() is radio.ROTARY_ALTERNATIVE: volumeknob = RotaryEncoderAlternative(left_switch, right_switch, mute_switch, volume_event, boardrevision) log.message("Running", log.INFO) # Main processing loop count = 0 toggleScrolling = True # Toggle scrolling between Line 2 and 3 while True: # See if we have had an interrupt switch = radio.getSwitch() if switch > 0: get_switch_states(lcd, radio, rss, volumeknob, tunerknob) display_mode = radio.getDisplayMode() lcd.setScrollSpeed(0.3) # Scroll speed normal dateFormat = radio.getDateFormat() todaysdate = strftime(dateFormat) ipaddr = exec_cmd('hostname -I') # Shutdown command issued if display_mode == radio.MODE_SHUTDOWN: log.message("Shutting down", log.DEBUG) displayShutdown(lcd) while True: time.sleep(1) if ipaddr is "": lcd.line3("No IP network") elif display_mode == radio.MODE_TIME: if radio.getReload(): log.message("Reload ", log.DEBUG) reload(lcd, radio) radio.setReload(False) msg = todaysdate if radio.getStreaming(): msg = msg + ' *' lcd.line1(msg) display_current(lcd, radio, toggleScrolling) elif display_mode == radio.MODE_SEARCH: display_search(lcd, radio) elif display_mode == radio.MODE_SOURCE: display_source_select(lcd, radio) elif display_mode == radio.MODE_OPTIONS: display_options(lcd, radio) elif display_mode == radio.MODE_IP: displayInfo(lcd, ipaddr, mpd_version) elif display_mode == radio.MODE_RSS: lcd.line1(todaysdate) input_source = radio.getSource() current_id = radio.getCurrentID() if input_source == radio.RADIO: station = radio.getRadioStation() + ' (' + str( current_id) + ')' lcd.line2(station) else: lcd.line2("Current track:" + str(current_id)) display_rss(lcd, rss) elif display_mode == radio.MODE_SLEEP: lcd.line1(todaysdate) display_sleep(lcd, radio) # Timer function checkTimer(radio) # Check state (pause or play) checkState(radio) # Alarm wakeup function if display_mode == radio.MODE_SLEEP and radio.alarmFired(): log.message("Alarm fired", log.INFO) radio.unmute() displayWakeUpMessage(lcd) radio.setDisplayMode(radio.MODE_TIME) # Toggle line 2 & 3 scrolling if toggleScrolling: toggleScrolling = False else: toggleScrolling = True time.sleep(0.1)
# This is the event callback routine to handle events def switch_event(event): if event == RotaryEncoder.CLOCKWISE: tmp = "" subprocess.call(['mpc', 'volume', '+2']) time.sleep(.2) elif event == RotaryEncoder.ANTICLOCKWISE: tmp = "" subprocess.call(['mpc', 'volume', '-2']) time.sleep(.2) return # Define the switch rswitch = RotaryEncoder(PIN_A, PIN_B, BUTTON, switch_event) #---------------------------------------------------------- # #code to manage BUTTONS previous,next,stop,play,shutdown GPIO.setup(SW_PREV, GPIO.IN, pull_up_down=GPIO.PUD_UP) GPIO.setup(SW_NEXT, GPIO.IN, pull_up_down=GPIO.PUD_UP) GPIO.setup(SW_STOP, GPIO.IN, pull_up_down=GPIO.PUD_UP) GPIO.setup(SW_SHTDWN, GPIO.IN, pull_up_down=GPIO.PUD_UP) GPIO.setup(SW_PLAY, GPIO.IN, pull_up_down=GPIO.PUD_UP) GPIO.setup(SW_REB, GPIO.IN, pull_up_down=GPIO.PUD_UP) while True: try: prev_switch = GPIO.input(SW_PREV) next_switch = GPIO.input(SW_NEXT) stop_switch = GPIO.input(SW_STOP) shtdwn_switch = GPIO.input(SW_SHTDWN)
# This is the event callback routine to handle right knob events def vol_knob_event(event): handle_event(event, "Volume knob") return # This is the event callback routine to handle events def handle_event(event, name): if event == RotaryEncoder.CLOCKWISE: print(name, "Clockwise event =", RotaryEncoder.CLOCKWISE) elif event == RotaryEncoder.ANTICLOCKWISE: print(name, "Anticlockwise event =", RotaryEncoder.BUTTONDOWN) elif event == RotaryEncoder.BUTTONDOWN: print(name, "Button down event =", RotaryEncoder.BUTTONDOWN) elif event == RotaryEncoder.BUTTONUP: print(name, "Button up event =", RotaryEncoder.BUTTONUP) return # Define the left and right knobs tuneknob = RotaryEncoder(TUNE_A, TUNE_B, TUNE_BUTTON, tune_knob_event) volknob = RotaryEncoder(VOLUME_A, VOLUME_B, VOLUME_BUTTON, vol_knob_event) # Wait for events while True: time.sleep(0.5) # End of program
def __init__(self, pause, play, togglePlayPause, toggleNext, togglePrev, toggleUnjoin, toggleVolUp, toggleVolDown, toggleShuffle, rightRotaryTurn, leftRotaryTurn, rotaryTouch): self.rightRotaryTurn = rightRotaryTurn self.leftRotaryTurn = leftRotaryTurn self.rotaryTouch = rotaryTouch self.lastTagUid = None # set all gpios if not self.BUTTON_PAUSE == self.NOGPIO: GPIO.setup(self.BUTTON_PAUSE, GPIO.IN, pull_up_down=GPIO.PUD_DOWN) GPIO.add_event_detect(self.BUTTON_PAUSE, GPIO.RISING, callback=pause, bouncetime=200) if not self.BUTTON_PLAY == self.NOGPIO: GPIO.setup(self.BUTTON_PLAY, GPIO.IN, pull_up_down=GPIO.PUD_DOWN) GPIO.add_event_detect(self.BUTTON_PLAY, GPIO.RISING, callback=play, bouncetime=200) if not self.BUTTON_PLAYPAUSE == self.NOGPIO: GPIO.setup(self.BUTTON_PLAYPAUSE, GPIO.IN, pull_up_down=GPIO.PUD_DOWN) GPIO.add_event_detect(self.BUTTON_PLAYPAUSE, GPIO.RISING, callback=togglePlayPause, bouncetime=800) if not self.BUTTON_NEXT == self.NOGPIO: GPIO.setup(self.BUTTON_NEXT, GPIO.IN, pull_up_down=GPIO.PUD_DOWN) GPIO.add_event_detect(self.BUTTON_NEXT, GPIO.RISING, callback=toggleNext, bouncetime=200) if not self.BUTTON_PREV == self.NOGPIO: GPIO.setup(self.BUTTON_PREV, GPIO.IN, pull_up_down=GPIO.PUD_DOWN) GPIO.add_event_detect(self.BUTTON_PREV, GPIO.RISING, callback=togglePrev, bouncetime=200) if not self.BUTTON_UNJOIN == self.NOGPIO: GPIO.setup(self.BUTTON_UNJOIN, GPIO.IN, pull_up_down=GPIO.PUD_DOWN) GPIO.add_event_detect(self.BUTTON_UNJOIN, GPIO.RISING, callback=toggleUnjoin, bouncetime=200) if not self.BUTTON_VOL_UP == self.NOGPIO: GPIO.setup(self.BUTTON_VOL_UP, GPIO.IN, pull_up_down=GPIO.PUD_DOWN) GPIO.add_event_detect(self.BUTTON_VOL_UP, GPIO.RISING, callback=toggleVolUp, bouncetime=200) if not self.BUTTON_VOL_DOWN == self.NOGPIO: GPIO.setup(self.BUTTON_VOL_DOWN, GPIO.IN, pull_up_down=GPIO.PUD_DOWN) GPIO.add_event_detect(self.BUTTON_VOL_DOWN, GPIO.RISING, callback=toggleVolDown, bouncetime=200) if not self.BUTTON_SHUFFLE == self.NOGPIO: GPIO.setup(self.BUTTON_SHUFFLE, GPIO.IN, pull_up_down=GPIO.PUD_DOWN) GPIO.add_event_detect(self.BUTTON_SHUFFLE, GPIO.RISING, callback=toggleShuffle, bouncetime=200) if self.ROTARY_1 != self.NOGPIO & self.ROTARY_2 != self.NOGPIO: MusicLogging.Instance().info("Rotary found") encoder = RotaryEncoder(self.ROTARY_1, self.ROTARY_2, self.rotaryEventHandler) if self.ROTARY_BUTTON != self.NOGPIO: encoder.setupButton(self.ROTARY_BUTTON) # To show that everythin is startet: pulse the led for 5 seconds: if self.LED1_BCM != self.NOGPIO: self.ledPulse = LedPulse(self.LED1_BCM) self.ledPulse.startPulseLedForSeconds(10) # ledPulse.startPulseLed() MusicLogging.Instance().info("Setting up reader...") # Create an object of the class MFRC522 self.reader = MFRC522.MFRC522() # Welcome message MusicLogging.Instance().info("Welcome to the MFRC522 reader") self.lastTagUid = 'stop' self.oldStatus = 0
def run(self): global CurrentFile global volumeknob, tunerknob log.init('radio') signal.signal(signal.SIGTERM, signalHandler) progcall = str(sys.argv) log.message('Radio running pid ' + str(os.getpid()), log.INFO) log.message( "Radio " + progcall + " daemon version " + radio.getVersion(), log.INFO) log.message("GPIO version " + str(GPIO.VERSION), log.INFO) boardrevision = radio.getBoardRevision() lcd.init(boardrevision) lcd.setWidth(8) hostname = exec_cmd('hostname') ipaddr = exec_cmd('hostname -I') # Display daemon pid on the LCD message = "PID " + str(os.getpid()) lcd.line1(message) # Wait for the IP network ipaddr = "" waiting4network = True count = 10 while waiting4network: lcd.line2("Connect") ipaddr = exec_cmd('hostname -I') time.sleep(1) count -= 1 if (count < 0) or (len(ipaddr) > 1): waiting4network = False if len(ipaddr) < 1: lcd.scroll1("No IP network") else: lcd.scroll2("IP " + ipaddr, no_interrupt) time.sleep(2) log.message("Starting MPD", log.INFO) lcd.line1("Starting") lcd.line2("MPD") radio.start() log.message("MPD started", log.INFO) mpd_version = radio.execMpcCommand("version") log.message(mpd_version, log.INFO) lcd.line1("Ver " + radio.getVersion()) lcd.scroll2(mpd_version, no_interrupt) time.sleep(1) # Auto-load music library if no Internet if len(ipaddr) < 1 and radio.autoload(): log.message("Loading music library", log.INFO) radio.setSource(radio.PLAYER) # Load radio reload(lcd, radio) radio.play(get_stored_id(CurrentFile)) log.message("Current ID = " + str(radio.getCurrentID()), log.INFO) # Get switches configuration up_switch = radio.getSwitchGpio("up_switch") down_switch = radio.getSwitchGpio("down_switch") left_switch = radio.getSwitchGpio("left_switch") right_switch = radio.getSwitchGpio("right_switch") menu_switch = radio.getSwitchGpio("menu_switch") mute_switch = radio.getSwitchGpio("mute_switch") if radio.getRotaryClass() is radio.ROTARY_STANDARD: volumeknob = RotaryEncoder(left_switch, right_switch, mute_switch, volume_event, boardrevision) tunerknob = RotaryEncoder(down_switch, up_switch, menu_switch, tuner_event, boardrevision) elif radio.getRotaryClass() is radio.ROTARY_ALTERNATIVE: volumeknob = RotaryEncoderAlternative(left_switch, right_switch, mute_switch, volume_event, boardrevision) tunerknob = RotaryEncoderAlternative(down_switch, up_switch, menu_switch, tuner_event, boardrevision) log.message("Running", log.INFO) # Main processing loop count = 0 while True: switch = radio.getSwitch() if switch > 0: get_switch_states(lcd, radio, rss, volumeknob, tunerknob) radio.setSwitch(0) display_mode = radio.getDisplayMode() lcd.setScrollSpeed(0.3) # Scroll speed normal ipaddr = exec_cmd('hostname -I') # Shutdown command issued if display_mode == radio.MODE_SHUTDOWN: displayShutdown(lcd) while True: time.sleep(1) if len(ipaddr) < 1 and radio.getSource() != radio.PLAYER: lcd.line2("No IP") elif display_mode == radio.MODE_TIME: if radio.getReload(): log.message("Reload ", log.DEBUG) reload(lcd, radio) radio.setReload(False) displayTime(lcd, radio) if radio.muted(): msg = "Muted" if radio.getStreaming(): msg = msg + ' *' lcd.line2(msg) else: display_current(lcd, radio) elif display_mode == radio.MODE_SEARCH: display_search(lcd, radio) elif display_mode == radio.MODE_SOURCE: display_source_select(lcd, radio) elif display_mode == radio.MODE_OPTIONS: display_options(lcd, radio) elif display_mode == radio.MODE_IP: lcd.line2("Ver " + radio.getVersion()) if len(ipaddr) < 1: lcd.scroll1("No IP network", interrupt) else: lcd.scroll1("IP " + ipaddr, interrupt) elif display_mode == radio.MODE_RSS: displayTime(lcd, radio) display_rss(lcd, rss) elif display_mode == radio.MODE_SLEEP: displayTime(lcd, radio) display_sleep(lcd, radio) # Timer function checkTimer(radio) # Check state (pause or play) checkState(radio) # Alarm wakeup function if display_mode == radio.MODE_SLEEP and radio.alarmFired(): log.message("Alarm fired", log.INFO) unmuteRadio(lcd, radio) displayWakeUpMessage(lcd) radio.setDisplayMode(radio.MODE_TIME) if radio.volumeChanged(): displayVolume(lcd, radio) time.sleep(0.1)