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config_class.py
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config_class.py
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#!/usr/bin/env python3
# Raspberry Pi Internet Radio Configuration Class
# $Id: config_class.py,v 1.107 2024/08/14 06:14:58 bob Exp $
#
# Author : Bob Rathbone
# Site : http://www.bobrathbone.com
#
# This class reads the /etc/radiod.conf file for configuration parameters
#
# License: GNU V3, See https://www.gnu.org/copyleft/gpl.html
#
# Disclaimer: Software is provided as is and absolutly no warranties are implied or given.
# The authors shall not be liable for any loss or damage however caused.
#
import os
import sys
import configparser
from log_class import Log
from constants import *
import RPi.GPIO as GPIO
import pdb
# System files
ConfigFile = "/etc/radiod.conf"
Airplay = "/usr/local/bin/shairport-sync"
log = Log()
config = configparser.ConfigParser(interpolation=None)
class Configuration:
# Input source
RADIO = 0
PLAYER = 1
AIRPLAY = 2
"""
Station name source. LIST= from stationlist file
or STREAM from radio stream
"""
LIST = 0
STREAM = 1
_stationNamesSource = ['list','stream']
# Display types
NO_DISPLAY = 0 # No screen attached
LCD = 1 # Directly connected LCD
LCD_I2C_PCF8574 = 2 # LCD PCF8574 I2C backpack
LCD_I2C_ADAFRUIT = 3 # Adafruit I2C LCD backpack
LCD_ADAFRUIT_RGB = 4 # Adafruit RGB plate
GRAPHICAL_DISPLAY = 5 # Graphical or touchscreen display
OLED_128x64 = 6 # OLED 128 by 64 pixels
PIFACE_CAD = 7 # Piface CAD
ST7789TFT = 8 # Pirate audio TFT with ST7789 controller
SSD1306 = 9 # Sitronix SSD1306 controller for the 128x64 tft
SH1106_SPI = 10 # SH1106_SPI controller for Waveshare 1.3" 128x64 tft
LUMA = 11 # Luma driver for most OLEDs
LCD_I2C_JHD1313 = 12 # Grove 2x16 I2C LCD RGB
LCD_I2C_JHD1313_SGM31323 = 13 # Grove 2x16 I2C RGB LCD & SGM31323 controllor
# for colour backlight
display_type = LCD
DisplayTypes = [ 'NO_DISPLAY','LCD', 'LCD_I2C_PCF8574',
'LCD_I2C_ADAFRUIT', 'LCD_ADAFRUIT_RGB',
'GRAPHICAL_DISPLAY', 'OLED_128x64',
'PIFACE_CAD','ST7789TFT','SSD1306','SH1106_SPI','LUMA',
'LCD_I2C_JHD1313','LCD_I2C_JHD1313_SGM31323' ]
# User interface ROTARY or BUTTONS
ROTARY_ENCODER = 0
BUTTONS = 1
GRAPHICAL=2
COSMIC_CONTROLLER = 3 # IQAudio cosmic controller
PIFACE_BUTTONS = 4 # PiFace CAD buttons
ADAFRUIT_RGB = 5 # Adafruit RGB I2C 5 button interface
_user_interface = ROTARY_ENCODER
UserInterfaces = [ 'ROTARY_ENCODER','BUTTONS', 'GRAPHICAL',
'COSMIC_CONTROLLER', 'PIFACE_BUTTONS', 'ADAFRUIT_RGB',
]
# Rotary class selection
STANDARD = 0 # Select rotary_class.py
ALTERNATIVE = 1 # Select rotary_class_alternate.py
RGB_ROTARY = 2 # Select rotary_class_rgb.py
RGB_I2C_ROTARY = 3 # Select rotary_class_rgb_i2c.py
# Configuration parameters accesible through @property and @<parameter>.setter
_mpdport = 6600 # MPD port number
_client_timeout = 10 # MPD client timeout in secons 3 to 15 seconds
_dateformat = "%H:%M %d/%m/%Y" # Date format
_volume_range = 100 # Volume range 10 to 100
_volume_increment = 1 # Volume increment 1 to 10
_display_playlist_number = False # Two line displays only, display station(n)
_source = RADIO # Source RADIO or MEDIA Player
_rotary_class = STANDARD # Rotary class STANDARD,RGB_ROTARY or ALTERNATIVE
_rotary_step_size = False # Rotary full step (False) or half step (True) configuration
_rotary_gpio_pullup = GPIO.PUD_UP # KY-040 encoders have own 10K pull-up resistors.
# Set internal pullups to off with rotary_gpio_pullup = GPIO.PUD_OFF
_volume_rgb_i2c=0x0F # Volume RGB I2C Rotary encoder hex address
_channel_rgb_i2c=0x1F # Channel RGB I2C Rotary encoder hex address
_volume_interrupt_pin=22 # Volume RGB I2C Rotary encoder interrupt pin
_channel_interrupt_pin=23 # Channel RGB I2C Rotary encoder interrupt pin
_display_width = 0 # Line width of display width 0 = use program default
_display_lines = 2 # Number of display lines
_font_size = 11 # Font size (TFT displays only)
_font_name = "DejaVuSansMono.ttf" # Font name (TFT displays only)
_scroll_speed = float(0.3) # Display scroll speed (0.01 to 0.3)
_airplay = False # Use airplay
_mixer_preset = 0 # Mixer preset volume (0 disable setting as MPD controls it)
_audio_out="" # Audio device string such as headphones, HDMI or DAC
_audio_config_locked = True # Don't allow dynamic updating of audio configuration
_display_blocks = False # Display volume in blocks
_startup_playlist = "" # Startup playlist RADIO,MEDIA,LAST or specific playlist
_load_last = False # Load the last playlist played. Set by startup_playlist=LAST
_screen_saver = 0 # Screen saver time n minutes, 0 = No screen save
_flip_display_vertically = False # Flip OLED display vertically
_station_names = LIST # Station names from playlist names or STREAM
_update_playlists = False # Allow update of playlists by external clients
_mute_action = 0 # MPD action on mute, 1=pause, 2=stop, 0=volume off only
MuteActions = ['Pause','Stop'] # Text for above _mute_action
# Remote control parameters
_remote_led = 0 # Remote Control activity LED 0 = No LED
_remote_control_host = 'localhost' # Remote control to radio communication host
_remote_control_port = 5100 # Remote control to radio communication port
_remote_listen_host = 'localhost' # Address (locahost) or IP adress of remote UDP server
_keytable = 'myremote.toml' # IR event daemon keytable name
_i2c_address = 0x00 # Use defaults or use setting in radiod.conf
_i2c_rgb_address = 0x00 # Use default I2C RGB display LCD in radiod.conf
_i2c_bus = 1 # The I2C bus is normally 1
_speech = False # Speech on for visually impaired or blind persons
_speak_info = False # If speach enable also speak info (IP address and hostname)
_speech_volume = 80 # Percentage speech volume
_verbose = False # Extra speech verbosity
_logfile_truncate = False # Truncate logfile otherwise tail the file
_shutdown = True # Shutdown when exiting radio
_execute = '' # Execute this parameter when exiting radio
_comitup_ip = "10.41.0.1" # Comitup initial IP address.
_pivumeter = False # Pimoroni Pivumeter
# Shoutcast ID
_shoutcast_key = "anCLSEDQODrElkxl"
# Internet check URL and port number
_internet_check_url="google.com"
_internet_check_port=80
_internet_timeout=10
_bluetooth_device='00:00:00:00:00:00' # Bluetooth device ID
# Cyrillic Romanization
_romanize = True # Romanize language(convert to Latin). e.g. Russian
_codepage = 0 # LCD font page 0,1,2 depending upon make of LCD
_language='English' # Translation table in /usr/share/radio/fonts eg Russian
_controller='HD44780U' # LCD/OLED controller type (LCD can have multiple code pages)
_translate_lcd = True # Translate characters for LCD display
# True for latin character LCDs.
# False for Russian/Cyrillic character LCDs
# Graphics screen default parameters [SCREEN] section
_fullscreen = True # Graphics screen fullscreen yes no
_window_title = "Bob Rathbone Internet Radio %V - %H" # Window title
_window_color = 'blue' # Graphics screen background colour
_labels_color = 'white' # Graphics screen labels colour
_display_window_color = 'navy' # Display window background colour
_display_window_labels_color = 'white' # Display window labels colour
_display_mouse = False # Hide mouse
_switch_programs = False # Allow switch between gradio and vgradio
_slider_color = 'red' # Search window slider default colour
_banner_color = 'white' # Time banner text colour
_wallpaper = '' # Background wallpaper
_graphic_dateformat="%H:%M:%S %A %e %B %Y" # Format for graphic screen
_display_shutdown_button = True # Shutdown button
_shutdown_command = "sudo shutdown -h now" # Shutdown command
_display_icecast_button = False # Display Icecast button
# Parameters specific to the vintage graphic radio
_scale_labels_color = 'white' # Vintage screen labels colour
_stations_per_page = 50 # maximum stations per page
_display_date = True # Display time and date
_display_title = True # Display title play (at bottom of screen)
_splash_screen = 'bitmaps/raspberry-pi-logo.bmp' # Splash screen (OLED)
_screen_size = (800,480) # Screen size 800x480 (7 inch) or 720x480 (3.5 inch)
# Colours for Adafruit LCD
color = { 'OFF': 0x0, 'RED' : 0x1, 'GREEN' : 0x2, 'YELLOW' : 0x3,
'BLUE' : 0x4, 'VIOLET' : 0x5, 'TEAL' : 0x6, 'WHITE' : 0x7 }
# These are for the Adafruit RGB plate and for not any graphics screen
colorName = { 0: 'Off', 1 : 'Red', 2 : 'Green', 3 : 'Yellow',
4 : 'Blue', 5 : 'Violet', 6 : 'Teal', 7 : 'White' }
# These are for the Adafruit RGB plate and not for any graphics screen
# Adfafruit uses color codes 0 to 7 and not RGB
colors = { 'bg_color' : 0x0,
'mute_color' : 0x0,
'shutdown_color' : 0x0,
'error_color' : 0x0,
'search_color' : 0x0,
'source_color' : 0x0,
'news_color' : 0x0,
'info_color' : 0x0,
'menu_color' : 0x0,
'sleep_color': 0x0 }
# These for LCDs such as the Grove LCD which uses RGB colors
rgbcolors = { 'bg_color' : 'WHITE',
'mute_color' : 'VIOLET',
'shutdown_color' : 'TEAL',
'error_color' : 'RED',
'search_color' : 'GREEN',
'source_color' : 'TEAL',
'news_color' : 'WHITE',
'info_color' : 'BLUE',
'menu_color' : 'YELLOW',
'sleep_color': 'BLACK' }
# List of loaded options for display
configOptions = {}
# GPIOs for switches and rotary encoder configuration (40 pin wiring)
_switch_gpio = 0 # Switch GPIO
switches = { "menu_switch": 17,
"mute_switch": 4,
"left_switch": 14,
"right_switch": 15,
"up_switch": 24,
"down_switch": 23,
"aux_switch1": 0,
"aux_switch2": 0,
"aux_switch3": 0,
}
# Pull up/down resistors (For button class only)
_pull_up_down = DOWN # Default
# Values for the rotary switch on vintage radio (Not rotary encoders)
# Zero values disable usage
menu_switches = {"menu_switch_value_1": 0, # Normally 24
"menu_switch_value_2": 0, # Normally 8
"menu_switch_value_4": 0, # Normally 7
}
# RGB LED definitions for vintage radio
# Zero values disable usage
rgb_leds = { "rgb_green": 0, # Normally 27
"rgb_blue": 0, # Normally 22
"rgb_red": 0, # Normally 23
}
# GPIOs for LCD connections
lcdconnects = {
"lcd_enable": 8,
"lcd_select": 7,
"lcd_data4": 27,
"lcd_data5": 22,
"lcd_data6": 23,
"lcd_data7": 24,
}
# Initialisation routine
def __init__(self):
log.init('radio')
if not os.path.isfile(ConfigFile) or os.path.getsize(ConfigFile) == 0:
log.message("Missing configuration file " + ConfigFile, log.ERROR)
else:
self.getConfig()
return
# Get configuration options from /etc/radiod.conf
def getConfig(self):
section = 'RADIOD'
# Get options from /etc/radiod.conf
# Parameter for each option is passed to the @property setter for that option
config.read(ConfigFile)
try:
options = config.options(section)
for option in options:
option = option.lower()
parameter = config.get(section,option)
self.configOptions[option] = parameter
if option == 'loglevel':
next
elif option == 'codecs':
next
elif option == 'volume_range':
range = 100
try:
range = int(parameter)
if range < 10:
range = 10
if range > 100:
range = 100
self.volume_range = range
self.volume_increment = int(100/range)
except:
self.invalidParameter(ConfigFile,option,parameter)
elif option == 'user_interface':
self.user_interface = parameter
elif option == 'remote_led':
try:
self.remote_led = int(parameter)
except:
self.invalidParameter(ConfigFile,option,parameter)
elif option == 'remote_control_host':
self.remote_control_host = parameter
elif option == 'remote_control_port':
try:
self.remote_control_port = int(parameter)
except:
self.invalidParameter(ConfigFile,option,parameter)
elif option == 'remote_listen_host':
self.remote_listen_host = parameter
elif option == 'keytable':
self.keytable = parameter
elif option == 'mpdport':
try:
self.mpdport = int(parameter)
except:
self.invalidParameter(ConfigFile,option,parameter)
elif option == 'client_timeout':
try:
self.client_timeout = int(parameter)
except:
self.invalidParameter(ConfigFile,option,parameter)
elif option == 'dateformat':
self.dateformat = parameter
elif option == 'keytable':
self.keytable = parameter
elif option == 'display_playlist_number':
self.display_playlist_number = self.convertYesNo(parameter)
elif option == 'station_names':
self.station_names = parameter
elif option == 'flip_display_vertically':
self.flip_display_vertically = parameter
elif option == 'splash':
self.splash_screen = parameter
elif option == 'startup':
self.startup_playlist = parameter
elif option == 'i2c_address':
try:
self.i2c_address = int(parameter,16)
except Exception as e:
self.invalidParameter(ConfigFile,option,parameter)
elif option == 'i2c_rgb_address':
try:
self.i2c_rgb_address = int(parameter,16)
except Exception as e:
self.invalidParameter(ConfigFile,option,parameter)
elif option == 'i2c_bus':
try:
value = int(parameter)
if value > 0 or parameter <= 1:
self.i2c_bus = value
else:
self.invalidParameter(ConfigFile,option,parameter)
except:
self.invalidParameter(ConfigFile,option,parameter)
elif '_color' in option:
self.rgbcolors[option] = parameter
try:
self.colors[option] = self.color[parameter]
except:
pass
elif option == 'speech':
self.speech = parameter
elif option == 'verbose':
self.verbose = parameter
elif option == 'speak_info':
self.speak_info = parameter
elif option == 'volume_display':
self.display_blocks = parameter
elif option == 'speech_volume':
try:
self.speech_volume = int(parameter)
except:
self.invalidParameter(ConfigFile,option,parameter)
elif option == 'pull_up_down':
if parameter == 'up':
self.pull_up_down = UP
else:
self.pull_up_down = DOWN
elif '_switch' in option and not 'menu_switch_value'in option:
try:
self.switches[option] = int(parameter)
except:
self.invalidParameter(ConfigFile,option,parameter)
elif 'display_width' in option:
try:
self.display_width = int(parameter)
except:
self.invalidParameter(ConfigFile,option,parameter)
elif 'display_lines' in option:
try:
self.display_lines = int(parameter)
except:
self.invalidParameter(ConfigFile,option,parameter)
elif 'font_size' in option:
try:
self.font_size = int(parameter)
except:
self.invalidParameter(ConfigFile,option,parameter)
elif 'font_name' in option:
self.font_name = parameter
elif 'scroll_speed' in option:
try:
self.scroll_speed = float(parameter)
except:
self.invalidParameter(ConfigFile,option,parameter)
elif 'codepage' in option:
try:
self.codepage = int(parameter)
except:
self.invalidParameter(ConfigFile,option,parameter)
elif 'lcd_' in option:
try:
lcdconnect = int(parameter)
self.lcdconnects[option] = lcdconnect
except:
self.invalidParameter(ConfigFile,option,parameter)
elif option == 'rgb_red' or option == 'rgb_green' or option == 'rgb_blue':
try:
led = int(parameter)
self.rgb_leds[option] = led
except:
msg = "Invalid RGB LED connect parameter " + option
log.message(msg,log.ERROR)
elif 'menu_switch_value_' in option:
try:
menuswitch = int(parameter)
self.menu_switches[option] = menuswitch
except:
self.invalidParameter(ConfigFile,option,parameter)
elif 'display_type' in option:
self.display_type = self.LCD # Default
if parameter == 'LCD':
self.display_type = self.LCD
elif parameter == 'LCD_I2C_PCF8574':
self.display_type = self.LCD_I2C_PCF8574
elif parameter == 'LCD_I2C_ADAFRUIT':
self.display_type = self.LCD_I2C_ADAFRUIT
elif parameter == 'LCD_ADAFRUIT_RGB':
self.display_type = self.LCD_ADAFRUIT_RGB
elif parameter == 'NO_DISPLAY':
self.display_type = self.NO_DISPLAY
elif parameter == 'GRAPHICAL':
self.display_type = self.GRAPHICAL_DISPLAY
elif parameter == 'OLED_128x64':
self.display_type = self.OLED_128x64
elif parameter == 'PIFACE_CAD':
self.display_type = self.PIFACE_CAD
elif parameter == 'ST7789TFT':
self.display_type = self.ST7789TFT
elif parameter == 'SSD1306':
self.display_type = self.SSD1306
elif parameter == 'SH1106_SPI':
self.display_type = self.SH1106_SPI
elif parameter == 'LCD_I2C_JHD1313':
self.display_type = self.LCD_I2C_JHD1313
elif parameter == 'LCD_I2C_JHD1313_SGM31323':
self.display_type = self.LCD_I2C_JHD1313_SGM31323
elif 'LUMA' in parameter:
param = parameter.upper()
self.display_type = self.LUMA
self.luma_device = 'SH1106' # Default
luma_devices = param.split('.')
if len(luma_devices) > 0:
self.luma_device = luma_devices[1]
else:
self.invalidParameter(ConfigFile,option,parameter)
elif option == 'rotary_class':
if parameter == 'alternative':
self.rotary_class = self.ALTERNATIVE
elif parameter == 'rgb_rotary':
self.rotary_class = self.RGB_ROTARY
elif parameter == 'rgb_i2c_rotary':
self.rotary_class = self.RGB_I2C_ROTARY
else:
self.rotary_class = self.STANDARD
elif option == 'rotary_gpio_pullup':
if parameter == 'none':
self.rotary_gpio_pullup = GPIO.PUD_OFF
else:
self.rotary_gpio_pullup = GPIO.PUD_UP
elif option == 'rotary_step_size':
self.rotary_step_size = parameter
elif option == 'exit_action':
self.shutdown = parameter
elif option == 'log_creation_mode':
self.log_creation_mode = parameter
elif option == 'shoutcast_key':
self.shoutcast_key = parameter
elif option == 'internet_check_url':
self.internet_check_url = parameter
elif option == 'internet_check_port':
try:
self.internet_check_port = int(parameter)
except:
self.invalidParameter(ConfigFile,option,parameter)
elif option == 'internet_timeout':
try:
self.internet_timeout = int(parameter)
except:
self.invalidParameter(ConfigFile,option,parameter)
elif option == 'bluetooth_device':
self.bluetooth_device = parameter
elif option == 'mute_action':
self.mute_action = parameter
elif option == 'update_playlists':
self.update_playlists = parameter
elif option == 'translate_lcd':
self.translate_lcd = parameter
elif option == 'language':
self.language = parameter
elif option == 'controller':
self.controller = parameter
elif option == 'romanize':
self.romanize = parameter
elif option == 'audio_out':
self.audio_out = parameter
elif option == 'audio_config_locked':
self.audio_config_locked = parameter
elif option == 'comitup_ip':
self.comitup_ip = parameter
elif option == 'volume_rgb_i2c':
self.volume_rgb_i2c = parameter
elif option == 'channel_rgb_i2c':
self.channel_rgb_i2c = parameter
elif option == 'volume_interrupt_pin':
self.volume_interrupt_pin = parameter
elif option == 'channel_interrupt_pin':
self.channel_interrupt_pin = parameter
elif option == 'shutdown_command':
self.shutdown_command = parameter
elif option == 'pivumeter':
self.pivumeter = parameter
else:
msg = "Invalid option " + option + ' in section ' \
+ section + ' in ' + ConfigFile
log.message(msg,log.ERROR)
except configparser.NoSectionError:
msg = configparser.NoSectionError(section),'in',ConfigFile
log.message(msg,log.ERROR)
# Read Airplay parameters
section = 'AIRPLAY'
# Get options
config.read(ConfigFile)
try:
options = config.options(section)
for option in options:
option = option.lower()
parameter = config.get(section,option)
self.configOptions[option] = parameter
if option == 'airplay':
self.airplay = parameter
# Name has been changed from mixer_volume to mixer_preset in v6.7
elif option == 'mixer_volume' or option == 'mixer_preset':
try:
volume = int(parameter)
self.mixer_preset = volume
except:
self.invalidParameter(ConfigFile,option,parameter)
elif option == 'mixer_volume_id':
next # No longer used
else:
msg = "Invalid option " + option + ' in section ' \
+ section + ' in ' + ConfigFile
log.message(msg,log.ERROR)
except configparser.NoSectionError:
msg = configparser.NoSectionError(section),'in',ConfigFile
log.message(msg,log.WARNING)
section = 'SCREEN'
# Get options
config.read(ConfigFile)
try:
options = config.options(section)
for option in options:
option = option.lower()
parameter = config.get(section,option)
self.configOptions[option] = parameter
if option == 'screen_size':
self.screen_size = parameter
elif option == 'fullscreen':
self.fullscreen = parameter
elif option == 'window_color':
self.window_color = parameter
elif option == 'window_title':
self.window_title = parameter
elif option == 'banner_color':
self.banner_color = parameter
elif option == 'labels_color':
self.labels_color = parameter
elif option == 'scale_labels_color':
self.scale_labels_color = parameter
elif option == 'display_window_color':
self.display_window_color = parameter
elif option == 'display_window_labels_color':
self.display_window_labels_color = parameter
elif option == 'slider_color':
self.slider_color = parameter
elif option == 'stations_per_page':
try:
self.stations_per_page = int(parameter)
except:
self.invalidParameter(ConfigFile,option,parameter)
elif option == 'screen_saver':
self.screen_saver = int(parameter)
elif option == 'wallpaper':
self.wallpaper = parameter
elif option == 'dateformat' or option == 'graphic_dateformat':
self.graphic_dateformat = parameter
elif option == 'display_mouse':
self.display_mouse = parameter
elif option == 'switch_programs':
self.switch_programs = parameter
elif option == 'display_date':
self.display_date = parameter
elif option == 'display_title':
self.display_title = parameter
elif option == 'display_shutdown_button':
self.display_shutdown_button = parameter
elif option == 'display_shutdown_button':
self.display_shutdown_button = parameter
elif option == 'display_icecast_button':
self.display_icecast_button = parameter
else:
msg = "Invalid option " + option + ' in section ' \
+ section + ' in ' + ConfigFile
log.message(msg,log.ERROR)
except configparser.NoSectionError:
msg = configparser.NoSectionError(section),'in',ConfigFile
log.message(msg,log.WARNING)
return
# Convert yes/no to True/False
def convertYesNo(self,parameter):
true_false = False
if parameter == 'yes':
true_false = True
return true_false
# Convert On/Off to True/False
def convertOnOff(self,parameter):
true_false = False
if parameter == 'on':
true_false = True
return true_false
# Invalid parameters message
def invalidParameter(self, ConfigFile, option, parameter):
msg = "Invalid parameter " + parameter + ' in option ' \
+ option + ' in ' + ConfigFile
log.message(msg,log.ERROR)
# Get routines
# Get I2C backpack address
@property
def i2c_address(self):
return self._i2c_address
@i2c_address.setter
def i2c_address(self, value):
if value > 0x0:
self._i2c_address = value
# Get I2C RGB address for colour LCD displays
@property
def i2c_rgb_address(self):
return self._i2c_rgb_address
@i2c_rgb_address.setter
def i2c_rgb_address(self, value):
if value > 0x0:
self._i2c_rgb_address = value
# Get I2C bus number
@property
def i2c_bus(self):
return self._i2c_bus
@i2c_bus.setter
def i2c_bus(self, value):
if value > 0x0:
self._i2c_bus = value
# Get the volume range
@property
def volume_range(self):
return self._volume_range
@volume_range.setter
def volume_range(self, value):
self._volume_range = value
# Get the volume increment
@property
def volume_increment(self):
return self._volume_increment
@volume_increment.setter
def volume_increment(self, value):
self._volume_increment = value
# Display volume as text or blocks
@property
def display_blocks(self):
return self._display_blocks
@display_blocks.setter
def display_blocks(self, parameter):
if parameter == 'blocks':
self._display_blocks = True
else:
self._display_blocks = False
# Get the remote control activity LED number
@property
def remote_led(self):
return self._remote_led
@remote_led.setter
def remote_led(self, value):
self._remote_led = value
# Get the remote Host, default localhost
@property
def remote_control_host(self):
return self._remote_control_host
@remote_control_host.setter
def remote_control_host(self, value):
self._remote_control_host = value
# Get the UDP server listener IP Host default localhost
# or 0.0.0.0 for all interfaces
@property
def remote_listen_host(self):
return self._remote_listen_host
@remote_listen_host.setter
def remote_listen_host(self, host):
self._remote_listen_host = host
# Get the remote Port default 5100
@property
def remote_control_port(self):
return self._remote_control_port
@remote_control_port.setter
def remote_control_port(self, port):
self._remote_control_port = port
# Get the mpdport
@property
def mpdport(self):
return self._mpdport
@mpdport.setter
def mpdport(self, value):
self._mpdport = value
# Get the date format for graphic screen
@property
def graphic_dateformat(self):
return self._graphic_dateformat
@graphic_dateformat.setter
def graphic_dateformat(self, parameter):
self._graphic_dateformat = parameter
# Get display playlist number (Two line displays only)
@property
def display_playlist_number(self):
return self._display_playlist_number
@display_playlist_number.setter
def display_playlist_number(self, value):
self._display_playlist_number = value
# Get the startup source 0=RADIO or 1=MEDIA
@property
def source(self):
return self._source
@source.setter
def source(self, parameter):
self._source = parameter
# Get load last playlist option
@property
def load_last(self):
return self._load_last
@load_last.setter
def load_last(self, parameter):
self._load_last = self.convertYesNo(parameter)
# Get the remote UDP communication port default 5100
def remote_control_port(self):
return self._remote_control_port
@remote_control_host.setter
def remote_control_host(self, host):
self._remote_control_port = host
# Get MPD Client Timeout 2 to 15 seconds (default 5)
@property
def client_timeout(self):
return self._client_timeout
@client_timeout.setter
def client_timeout(self, value):
# Value 2 to 15
if value < 2:
value = 2
elif value > 15:
value = 15
self._client_timeout = value
# IR event daemon keytable name
@property
def keytable(self):
return self._keytable
@keytable.setter
def keytable(self, keytable):
self._keytable = keytable
# Get the date format
@property
def dateformat(self):
return self._dateformat
@dateformat.setter
def dateformat(self, value):
self._dateformat = value
# Get the startup source name RADIO or MEDIA
@property
def source_name(self):
source_name = "MEDIA"
if self.source < 1:
source_name = "RADIO"
return source_name
@source_name.setter
def source_name(self, parameter):
self._source_name = parameter
# Get the background color (Integer)
def getBackColor(self,sColor):
color = 0x0
try:
color = self.colors[sColor]
except:
log.message("Invalid option " + sColor, log.ERROR)
return color
# Get the background color (color format (r,g,b))
# Used by Grove LCD RGB
def getRgbColor(self,sColor):
rgbcolor = self.rgbcolors[sColor]
return rgbcolor
# Get the background colour string name
def getBackColorName(self,iColor):
sColor = 'None'
try:
sColor = self.colorName[iColor]
except:
log.message("Invalid option " + int(iColor), log.ERROR)
return sColor
# Get speech
@property
def speech(self):
return self._speech
@speech.setter