#!/usr/bin/env python # # Author: John Eikenberry # License: GPL 2.0 # # Changelog # 2007-09-09 - Fixed compatibility issue with mpdclient2 version 1.0 # vs. 11.1 which I have (debian). # 2007-11-18 - Added playlist load/clear support. # # # This script depends on py-libmpdclient2 which you can get from # http://incise.org/index.cgi/py-libmpdclient2 # # Usage: # Put an entry in ~/.config/openbox/menu.xml: # # # Add the following wherever you'd like it to be displayed in your menu: # # # # Originally Based on code by John McKnight # ## Main changes from original version: # # Changed to use libmpdclient2. # Refactored/Cleaned up the code. # Added random/repeat toggle indicators. # Changed Pause/Play so only the appropriate one would show up. # Added actions to start and stop mpd daemon. # Added exception to deal with no id3 tags. # Added volume controls. # Added output setting controls. # Determine location of script dynamically instead of hardcoded import os, sys, socket import mpdclient2 argv = sys.argv # The default port for MPD is 6600. If for some reason you have MPD # running on a different port, change this setting. mpdPort = 6600 # determin path to this file my_path = sys.modules[__name__].__file__ # if this fails for some reason, just set it manually. # Eg. # my_path = "~/.config/openbox/scripts/ob-mpd.py" separator = "" info = """""" action = ("""""" """MY_PATH %s""" """""").replace("MY_PATH",my_path) menu = """""" menu_end = """""" try: connect = mpdclient2.connect(port=mpdPort) except socket.error: # If MPD is not running. if len(argv) > 1 and argv[1] == 'start': os.execl('/usr/bin/mpd','$HOME/.mpdconf') else: print ("" "") print action % ('MPD is not running [start]','start') print "" else: # part of connect try block song = connect.currentsong() stats = connect.stats() status = connect.status() if status['state'] == "stop": display_state = "Not playing" else: try: display_state = "%s - %s" % (song.artist, song.title) except (AttributeError, KeyError): # no id3 tags display_state = os.path.basename(song.file) if status['state'] == "pause": display_state += " (paused)" display_state = display_state.replace('"',"'") display_state = display_state.replace('&','&') if len(argv) > 1: state = status.state def play(): if state == "stop" or state == "pause": connect.play() def pause(): if state == "play": connect.pause(1) elif state == "pause": connect.play() def stop(): if state == "play" or state == "pause": connect.stop() def prev(): if state == "play": connect.previous() def next(): if state == "play": connect.next() random_state = int(status.random) def random(): if random_state: connect.random(0) else: connect.random(1) repeat_state = int(status.repeat) def repeat(): if repeat_state: connect.repeat(0) else: connect.repeat(1) def kill(): try: connect.kill() except EOFError: pass def update(): connect.update() def volume(setto): relative = (setto[0] in ['+','-']) setto = int(setto) if relative: newvol = int(status.volume) + setto newvol = newvol <= 100 or 100 newvol = newvol >= 0 or 0 connect.setvol(setto) def client(): os.execlp('x-terminal-emulator','-e','ncmpc') def enable(output_id): connect.enableoutput(int(output_id)) def disable(output_id): connect.disableoutput(int(output_id)) def load(list_name): connect.load(list_name) def clear(): connect.clear() if (argv[1] == "play"): play() elif (argv[1] == "pause"): pause() elif (argv[1] == "stop"): stop() elif (argv[1][:4] == "prev"): prev() elif (argv[1] == "next"): next() elif (argv[1] == "random"): random() elif (argv[1] == "repeat"): repeat() elif (argv[1] == "volume"): volume(argv[2]) elif (argv[1] == "client"): client() elif (argv[1] == "kill"): kill() elif (argv[1] == "update"): update() elif (argv[1] == "enable"): enable(argv[2]) elif (argv[1] == "disable"): disable(argv[2]) elif (argv[1] == "load"): load(argv[2]) elif (argv[1] == "clear"): clear() else: # print """""" print """""" print action % (display_state,'client') print separator print action % ('Next','next') print action % ('Previous','prev') if status['state'] in ["pause","stop"]: print action % ('Play','play') if status['state'] == "play": print action % ('Pause','pause') print action % ('Stop','stop') print separator print menu % ("volume","Volume: %s%%" % status.volume) print action % ('[100%]','volume 100') print action % (' [80%]','volume 80') print action % (' [60%]','volume 60') print action % (' [40%]','volume 40') print action % (' [20%]','volume 20') print action % ('[Mute]','volume 0') print menu_end print menu % ("playlist","Playlist") print action % ('clear','clear') print separator for entity in connect.lsinfo(): if 'playlist' in entity: playlist = entity['playlist'] print action % (playlist, 'load %s' % playlist) print menu_end print menu % ("output","Audio Output") for out in connect.outputs(): name,oid = out['outputname'],out['outputid'] on = int(out['outputenabled']) print action % ("%s [%s]" % (name, on and 'enabled' or 'disabled'), "%s %s" % ((on and 'disable' or 'enable'), oid)) print menu_end print separator print action % ('Toggle random %s' % ( int(status.random) and '[On]' or '[Off]'), 'random') print action % ('Toggle repeat %s' % ( int(status.repeat) and '[On]' or '[Off]'), 'repeat') print separator print action % ('Update Database','update') print action % ('Kill MPD','kill') print "" # print menu % ("Song Info","Volume: %s%%" % status.volume) # print info % ('%s kbs' % status.bitrate) # print separator # print info % ("Artists in DB: %s" % stats.artists) # print info % ("Albums in DB: %s" % stats.albums) # print info % ("Songs in DB: %s" % stats.songs)