def player_change_process(textSync, volumeSync, playingSync, mac, host, port):
try:
# Http version
sv = Server(hostname=host, port=port)
sv.connect(update=False)
# Telnet
sc = RClient(hostname=host,
port=port,
mac_filter=mac,
textSync=textSync,
playingSync=playingSync,
volumeSync=volumeSync)
sc.connect(update=False)
print "Logged in: %s" % sv.logged_in
print "Version: %s" % sv.get_version()
sc.hplayer = sv.get_player(mac)
trackname = sc.hplayer.get_track_title().strip()
artist = sc.hplayer.get_track_artist().strip()
sc.setText(artist, trackname)
sc.start()
except (KeyboardInterrupt, SystemExit):
print "Exiting LMS Telnet Process"
def local_change_process(textSync, text2Sync, volumeSync, playingSync, MAC, host, port):
try:
sc = Server(hostname=host, port=port)
sc.connect(update=False)
print "Logged in: %s" % sc.logged_in
print "Version: %s" % sc.get_version()
localVolume = volumeSync.value
localPlaying = playingSync.value
player = sc.get_player(unicode(MAC))
if player:
localVolume = player.get_volume()
text2Sync.value = player.get_name()
volumeSync.value = localVolume
print player.get_mode()
mode = player.get_mode()
if mode == "play":
localPlaying = 1
elif mode == "stop":
localPlaying = -1
else:
localPlaying = 0
playingSync.value = localPlaying
print "Controlling player: %s (%s)" % (player.get_name(), MAC)
else:
print "No Player found"
while (1):
if player:
if localVolume != volumeSync.value:
# Volume Changed by hardware
localVolume = volumeSync.value
player.set_volume(localVolume)
if localPlaying != playingSync.value:
# State Changed by hardware
localPlaying = playingSync.value
if localPlaying == 1:
player.unpause()
elif localPlaying == 0:
player.pause()
elif localPlaying == -1:
pass# stop
time.sleep(0.5)
except (KeyboardInterrupt, SystemExit):
print "Exiting Player Update Process"
def connect_to_server(self):
server = Server(hostname=self.server_hostname, port=self.server_port)
server.connect()
logger = logging.getLogger("LMS")
logger.info("Logged in: %s" % server.logged_in)
logger.info("Version: %s" % server.get_version())
return server
def local_change_process(textSync, text2Sync, volumeSync, playingSync, MAC,
host, port):
try:
sc = Server(hostname=host, port=port)
sc.connect(update=False)
print "Logged in: %s" % sc.logged_in
print "Version: %s" % sc.get_version()
localVolume = volumeSync.value
localPlaying = playingSync.value
player = sc.get_player(unicode(MAC))
if player:
localVolume = player.get_volume()
text2Sync.value = player.get_name()
volumeSync.value = localVolume
print player.get_mode()
mode = player.get_mode()
if mode == "play":
localPlaying = 1
elif mode == "stop":
localPlaying = -1
else:
localPlaying = 0
playingSync.value = localPlaying
print "Controlling player: %s (%s)" % (player.get_name(), MAC)
else:
print "No Player found"
while (1):
if player:
if localVolume != volumeSync.value:
# Volume Changed by hardware
localVolume = volumeSync.value
player.set_volume(localVolume)
if localPlaying != playingSync.value:
# State Changed by hardware
localPlaying = playingSync.value
if localPlaying == 1:
player.unpause()
elif localPlaying == 0:
player.pause()
elif localPlaying == -1:
pass # stop
time.sleep(0.5)
except (KeyboardInterrupt, SystemExit):
print "Exiting Player Update Process"
class CommonNetLMS(object):
def __init__(self, hostname="192.168.1.1", port=9090, username="******",
password="******"):
self.lms_device = Server(hostname=hostname, port=port,
username=username, password=password)
self.lms_device.connect()
def com_net_lms_version(self):
return self.lms_device.get_version()
def com_net_lms_logged_in(self):
return self.lms_device.logged_in
def com_net_lms_close(self):
self.lms_device.disconnect()
def com_net_lms_play_count(self):
return self.lms_device.get_player_count()
def com_net_lms_get_players(self, update=True):
return self.lms_device.get_players(update=update)
def com_net_lms_connect(self):
self.lms_device.login()
def com_net_lms_request(self, command_string, preserve_encoding=False):
self.lms_device.request(
command_string, preserve_encoding=preserve_encoding)
def com_net_lms_request_results(self, command_string, preserve_encoding=False):
self.lms_device.request_with_results(
command_string, preserve_encoding=preserve_encoding)
def com_net_lms_rescan(self, mode='fast'):
# ‘fast’ for update changes on library, ‘full’ for complete library scan
# and ‘playlists’ for playlists scan only
self.lms_device.rescan(mode=mode)
def com_net_lms_rescanprogress(self):
self.lms_device.rescanprogress()
def com_net_lms_search(self, search_term, mode='albums'):
self.lms_device.search(search_term, mode=mode)
def com_net_lms_telnet_connect(self):
self.lms_device.telnet_connect()
def player_change_process(textSync, volumeSync, playingSync, mac, host, port):
try:
# Http version
sv = Server(hostname=host, port=port)
sv.connect(update=False)
# Telnet
sc = RClient(hostname=host, port=port, mac_filter=mac, textSync=textSync, playingSync=playingSync,
volumeSync=volumeSync)
sc.connect(update=False)
print "Logged in: %s" % sv.logged_in
print "Version: %s" % sv.get_version()
sc.hplayer = sv.get_player(mac)
trackname = sc.hplayer.get_track_title().strip()
artist = sc.hplayer.get_track_artist().strip()
sc.setText(artist, trackname)
sc.start()
except (KeyboardInterrupt, SystemExit):
print "Exiting LMS Telnet Process"
secret = f.readline().strip()
# set the domain (pass test in as an arg to get localhost)
domain = "now-playing.meteor.com"
if len(sys.argv[1:]) > 0:
if sys.argv[1:][0] == 'test':
domain = "127.0.0.1:3000"
# connect to the squeezebox
sc = Server(hostname="192.168.1.111", port=9090)
sc.connect()
sq = sc.get_player("00:04:20:07:98:43")
print "Logged in: %s" % sc.logged_in
print "Version: %s" % sc.get_version()
if sq.get_mode() == 'play':
artist = sq.get_track_artist()
album = sq.get_track_album()
title = sq.get_track_title()
print "%s - %s - %s" % (artist, album, title)
print ""
params = urllib.urlencode({'artist': artist, 'album': album, 'title': title, 'secret': secret})
conn = httplib.HTTPConnection(domain)
url = "/add_song?%s" % (params)
print "posting..."
conn.request('GET', url)
#!/usr/bin/env python
from pylms.server import Server
from pylms.player import Player
sc = Server(hostname="192.168.16.2", port=9090)
sc.connect()
print "Logged in: %s" % sc.logged_in
print "Version: %s" % sc.get_version()
sq = sc.get_player("00:00:00:00:00:44")
#print "Name: %s | Mode: %s | Time: %s | Connected: %s | WiFi: %s" % (sq.get_name(), sq.get_mode(), sq.get_time_elapsed(), sq.is_connected, sq.get_wifi_signal_strength())
#print sc.request("radios 0 100000")
#print sq.request("local items 0 100000")
#print sq.request("local playlist play item_id:7cec804f.15")
print sq.request(
"playlist play file:///E:/Public%20Shares/Music/Playlists/Test%20JD.m3u")
class SqueezePlayer:
##############################################################################
#constructor - connect to the server and player so we can do stuff
#other handy start up stuff
def __init__(self,basicOnly=False):
#optionally pass in a player MAC here to connect to a different player for the info display
#if MAC is not None:
# log("Using MAC " + MAC)
# PLAYERMAC = MAC
#serverIP still null, something went wrong...
if SERVERIP=="":
notify("Can't find LMS server","Try manually configuring one in XSqueeze settings")
sys.exit()
log("Attempting to connect to LMS named [" + SERVERNAME + "] at IP: " + SERVERIP + " on CLI port: " + SERVERPORT)
try:
self.sc = Server(hostname=SERVERIP, port=SERVERPORT, username=SERVERUSER, password=SERVERPASS)
self.sc.connect()
log( "LMS Logged in: %s" % self.sc.logged_in )
log( "LMS Version: %s" % self.sc.get_version() )
except:
log(" Couldn't connect to server!")
notify(LANGUAGE(19613),LANGUAGE(19614))
raise
#connect to player
log( "Attempting to connect to player: " + PLAYERMAC)
try:
self.sb = self.sc.get_player(PLAYERMAC)
if self.sb:
log( "Connected to: %s" % PLAYERMAC )
state = self.sb.get_power_state()
log ( "Power state is: " + str (state) )
else:
log( "Player is None! %s" % PLAYERMAC )
raise Exception
except Exception as inst:
log(" Couldn't connect to player: " + PLAYERMAC , inst)
notify(LANGUAGE(19615),LANGUAGE(19616))
raise
#initialise if we're called from XSqueeze as opposed to the chooser
try:
if not basicOnly:
self.currentTrack = None
self.coverURLs = None
self.playlistDetails = None
self.updatePlaylistDetails()
self.updateCoverArtURLs()
#if the user wants music to start straight away...
if SENDPLAYONSTART:
self.sb.request("play")
except Exception as inst:
log(" Error in initialisation of XSqueeze after connection to: " + PLAYERMAC , inst)
raise
##############################################################################
#get the current squeezebox two line display text and return it
def getDisplay(self):
displayText = self.sb.requestRaw("display ? ?", True)
lines = displayText.split(" ")
try:
if lines[2] == "":
lines[2] = "."
except:
lines[2] = "."
try:
if lines[3] == "":
lines[3] = "."
except:
lines[3]="."
cleanedLines=[]
cleanedLines.append((lines[2]))
cleanedLines.append((lines[3]))
#print(cleanedLines)
#clean out the wierd characters used to represent volume...
newLines=[]
for line in cleanedLines:
line = line.replace(u'cursorpos', u"\u2334")
line = line.replace(u'rightarrow', u"\u2192")
line = line.replace(u'solidblock', u'*')
line = line.replace(u'leftprogress4', u'*')
line = line.replace(u'leftprogress2', u'*')
line = line.replace(u'leftprogress0', u'(Mute)')
line = line.replace(u'rightprogress0', u' ')
line = line.replace(u'rightprogress4', u'(Max)')
line = line.replace(u'middleprogress0', u' ')
line = line.replace(u'%1E',u"")
line = line.replace(u'%1F',u"")
newLines.append(line)
#print(newLines)
return unquoteUni(newLines[0]), unquoteUni(newLines[1])
##############################################################################
# check if song changed and update local reference if so
# returns boolean - but of course only once on each change
# called every window update to see if the song has changed and only if it has
# do we update the playlist and cover arts...reduces traffic a lot!
def songChanged(self):
oldSong = self.currentTrack
newSong = self.sb.get_track_title()
#log("New Song [" + newSong +"], Old song [" + oldSong + "]")
if newSong != oldSong:
log("### Detected song change to: " + repr(newSong) + " - triggering playlist and cover art updates...")
self.currentTrack = newSong
self.updatePlaylistDetails()
self.updateCoverArtURLs()
return True;
else:
return False
##############################################################################
# returns the URLs for the current and next three track cover art images
def updateCoverArtURLs(self):
coverURLs = []
#print "Playlist is" + str(self.playlist)
#start at this song , end at + 3
index = int(self.sb.request("playlist index ?"))
upcomer = index
end = index + 4
#currently uses the track_id in the url - works well
#supposed to use the cover_id number but this doesn't work so well...
for count in range(upcomer,end):
if(count<len(self.playlist)):
try:
statusInfo = self.sb.request("status " + str(count) + " 1 tags:Kal")
#log("Status info is " + str(statusInfo))
if("artwork_url" in statusInfo):
statusArtwork = statusInfo.split('artwork_url:')
statusArtwork = statusArtwork.pop(1)
statusArtwork = statusArtwork.split(' ')
statusArtwork = statusArtwork.pop(0)
#log("statusArtwork is " + str(statusArtwork))
#check we have a full url....
if("http" not in statusArtwork):
coverURL = "http://" + SERVERHTTPURL + "/" + statusArtwork
else:
coverURL = statusArtwork
else:
statusId = statusInfo.split('id:')
statusId = statusId.pop(1)
statusId = statusId.split(' ')
statusId = statusId.pop(0)
#log("StatusID is " + str(statusId))
coverURL = "http://" + SERVERHTTPURL + "/music/" + str(statusId) + "/cover.jpg"
#now append the coverURL to our list of URLs
#log ("Appending future cover: " + str(count) + " from " + coverURL)
coverURLs.append(coverURL)
#Something went wrong, go with null string just to be safe...
except Exception as inst:
log("No cover art so appending null string for playlist index " + str(count), inst)
coverURLs.append("")
self.coverURLs = coverURLs
## ##############################################################################
## # Gets more info about a particular song
def getSongInfo(self, id):
encoded = self.sb.requestRaw("songinfo 0 1000 track_id:" + str(id), True)
#find the index of id: - track_id%3A
start = encoded.find('track_id%3A')
encoded = encoded[start:]
#print(str(id) + " Encoded: " +str(encoded))
list = encoded.split(" ")
#print("list: " + str(list))
decodedList = []
for item in list:
cleanItem = unquoteUni(item)
decodedList.append(cleanItem)
#print("DecodedList: " +str(decodedList))
item = {}
for info in decodedList:
info = info.split(':')
key = info.pop(0)
if key:
item[key] = ':'.join(info)
# example...
# 9 id:39 title:I'm Not The Man artist:10000 Maniacs coverid:94339a48 duration:226.36 album_id:4 filesize:22796274 genre:Pop coverart:1 artwork_track_id:94339a48
# album:MTV Unplugged modificationTime:Thursday, November 27, 2008, 5:24 PM type:flc genre_id:4 bitrate:805kbps VBR artist_id:11 tracknum:4 year:1993 compilation:0
# addedTime:Thursday, December 8, 2011, 11:15 PM channels:2 samplesize:16 samplerate:44100 lastUpdated:Thursday, December 8, 2011, 11:15 PM album_replay_gain:-6.46 replay_gain:-3.46
#print "Item" + str(item)
#convert all the data to the right types - there is a much more pythomnesque way to right this I am sure...
try:
item['id'] = int(item['id'])
except KeyError:
pass
try:
item['duration'] = float(item['duration'])
except KeyError:
pass
try:
item['album_id'] = int(item['album_id'])
except KeyError:
pass
try:
item['filesize'] = int(item['filesize'])
except KeyError:
pass
try:
item['coverart'] = int(item['coverart'])
except KeyError:
pass
try:
item['genre_id'] = int(item['genre_id'])
except KeyError:
pass
try:
item['artist_id'] = int(item['artist_id'])
except KeyError:
pass
try:
item['tracknum'] = int(item['tracknum'])
except KeyError:
pass
try:
item['year'] = int(item['year'])
except KeyError:
pass
try:
item['compilation'] = int(item['compilation'])
except KeyError:
pass
try:
item['channels'] = int(item['channels'])
except KeyError:
pass
try:
item['samplesize'] = int(item['samplesize'])
except KeyError:
pass
try:
item['samplerate'] = int(item['samplerate'])
except KeyError:
pass
try:
item['album_replay_gain'] = float(item['album_replay_gain'])
except KeyError:
pass
try:
item['replay_gain'] = float(item['replay_gain'])
except KeyError:
pass
return item
##############################################################################
# Send a button command text, e.g. 'pause' - to the player
def button(self, text):
self.sb.ir_button(text)
#something probably changed, trigger an update test
self.songChanged()
##############################################################################
# returns all the details of up to 10 tracks...
def updatePlaylistDetails(self):
self.playlist = self.sb.playlist_get_info()
currentIndex = int(self.sb.request("playlist index ?"))
#log ("Current index: " + str(currentIndex) + " len(playlist): " + str(len(self.playlist)) + " Playlist is: " + str(self.playlist))
playlistDetails = []
#retrieve a maxiumum of 10 tracks details
for trackOffset in range(currentIndex,currentIndex+10):
#don't go off the end of the playlist
if trackOffset < len(self.playlist):
trackID = self.playlist[trackOffset]['id']
#log("Getting full details for id: " + str(trackID))
playlistDetails.append(self.getSongInfo(trackID))
#the caller should check the length of the playlist and process all entries...
self.playlistDetails = playlistDetails
##############################################################################
# returns current track length if available (check for 0 etc. at other end)
def getTrackLength(self):
return self.sb.get_track_duration()
##############################################################################
# Show some text on the player's screen
def show(self,line1="", line2=""''"", duration=3, brightness=4, font="standard", centered=False):
self.sb.show(line1,line2,duration,brightness,font,centered)
def display(self, line1="", line2="", duration=1):
self.sb.request("display " + line1 + " " + line2 + " " + str(duration))
##############################################################################
# returns current mode ('play' 'pause' or 'stop')
def getMode(self):
return self.sb.get_mode()
##############################################################################
# returns length of time in seconds the current track has played for
def getTrackElapsed(self):
return self.sb.get_time_elapsed()
##############################################################################
# returns the full album info given an ID
def getAlbumInfo(self, albumID):
fullAlbumInfo = self.sc.request_with_results('albums 0 1 album_id:' + albumID + ' tags:yajl')
#log("Full Album Info: " + str(fullAlbumInfo))
return fullAlbumInfo[1][0]
##############################################################################
# returns the latest 50 albums
def getNewMusic(self):
fullAlbums = []
albums = self.sc.request_with_results("albums 0 50 sort:new")
for album in albums[1]:
fullAlbumInfo = self.getAlbumInfo(album['id'])
fullAlbums.append(fullAlbumInfo)
return fullAlbums
##############################################################################
# returns all albums
def getAlbums(self):
fullAlbums = []
albums = self.sc.request_with_results("albums 0 100000")
for album in albums[1]:
fullAlbumInfo = self.getAlbumInfo(album['id'])
fullAlbums.append(fullAlbumInfo)
return fullAlbums
##############################################################################
# returns all artists
def getArtists(self):
artists = self.sc.request_with_results("artists 0 100000")
#log(str(artists))
return artists[1]
##############################################################################
# returns all albums by a particular artist given an artist_id
def getAlbumsByArtistID(self,artistID):
fullAlbums = []
albums = self.sc.request_with_results("albums 0 100000 artist_id:" + str(artistID))
#log(str(albums))
for album in albums[1]:
fullAlbumInfo = self.getAlbumInfo(album['id'])
fullAlbums.append(fullAlbumInfo)
return fullAlbums
##############################################################################
# returns all albums in a particular genre given a genre_id
def getAlbumsByGenreID(self,genreID):
fullAlbums = []
albums = self.sc.request_with_results("albums 0 100000 genre_id:" + str(genreID))
#log(str(albums))
for album in albums[1]:
fullAlbumInfo = self.getAlbumInfo(album['id'])
fullAlbums.append(fullAlbumInfo)
return fullAlbums
##############################################################################
# returns all albums for a given year
def getAlbumsByYear(self,year):
fullAlbums = []
albums = self.sc.request_with_results("albums 0 100000 year:" + str(year))
#log(str(albums))
for album in albums[1]:
fullAlbumInfo = self.getAlbumInfo(album['id'])
fullAlbums.append(fullAlbumInfo)
return fullAlbums
##############################################################################
# returns all genres
def getGenres(self):
genres = self.sc.request_with_results("genres 0 100000")
log(str(genres))
return genres[1][1:]
##############################################################################
# returns all years
def getYears(self):
years = self.parseSpecial("years 0 100000", "year", True)
#log(str(years))
years.reverse()
return years
##############################################################################
# returns radios root menu
def parseSpecial(self, cmdString, splitOn, playerRequest=False):
quotedColon = urllib.quote(':')
if playerRequest:
log("Player Request: " + str(cmdString))
results = self.sb.requestRaw(cmdString)
else:
log("Server Request: " + str(cmdString))
results = self.sc.requestRaw(cmdString)
log("Result string: "+ pprint.pformat(results))
#strip off the request stuff at the start
resultStr = results[results.find(splitOn):]
log("Split string: "+ pprint.pformat(resultStr))
#ok now split the string on 'splitOn' to get each radio station
chunks = resultStr.split(splitOn + "%3A")[1:]
log("Processed Chunks: " + pprint.pformat(chunks))
output=[]
for chunk in chunks:
chunk = chunk.strip()
subResults = chunk.split(" ")
#log("SUB: " + str(subResults))
#fix missing splitOn post split
subResults[0] = splitOn + "%3A" + subResults[0]
#log("SUB + splitOn: " + str(subResults))
item={}
for subResult in subResults:
#save item
key,value = subResult.split(quotedColon,1)
item[unquoteUni(key)] = unquoteUni(value)
output.append(item)
return output
def getRadios(self):
return self.parseSpecial("radios 0 100000", "icon", playerRequest=True)
def getRadioStations(self, cmd, itemid):
if(itemid)!="" and itemid is not None:
return self.parseSpecial(urllib.quote(cmd) + " items 0 100000 item_id:" + itemid,"id",playerRequest=True)
else:
return self.parseSpecial(urllib.quote(cmd) + " items 0 100000","id",playerRequest=True)
def getAppItemsList(self, cmd, itemid):
if(itemid)!="" and itemid is not None:
return self.parseSpecial(urllib.quote(cmd) + " items 0 100000 item_id:" + itemid,"id",playerRequest=True)
else:
return self.parseSpecial(urllib.quote(cmd) + " items 0 100000","id",playerRequest=True)
def getFavouritesSub(self, itemid):
return self.parseSpecial("favorites items 0 100000 item_id:" + itemid,"id",playerRequest=True)
def queueRadio(self, cmd, itemid):
self.sb.request(urllib.quote(cmd) + " playlist play item_id:" + itemid)
def getApps(self):
return self.parseSpecial("apps 0 100000","cmd", playerRequest=True)
def getFavourites(self):
return self.parseSpecial("favorites items 0 100000","id", playerRequest=True)
def getPlaylists(self):
#return self.parseSpecial("playlists 0 100000","id", playerRequest=True)
pls = self.sc.request_with_results("playlists 0 100000 tags:u")
log(str(pls))
return pls[1][1:]
##############################################################################
# Clear playlist and queue up a favourite item given
def queueFavourite(self, item_id):
self.sb.request("favorites playlist play item_id:" + item_id)
##############################################################################
# Clear playlist and queue up a playlist item given
def queuePlaylist(self, item_id, url):
self.sb.request("playlist play " + url)
##############################################################################
# Clear playlist and queue up an album given an album title and artist
def queueAlbum(self, title, artist):
if artist=="Various Artists":
self.sb.request("playlist loadalbum * * " + urllib.quote(title))
else:
self.sb.request("playlist loadalbum * " + urllib.quote(artist) + " " + urllib.quote(title))
##############################################################################
# Clear playlist and queue up random albums
def playRandomAlbums(self):
self.sb.request("randomplay albums")
##############################################################################
# Clear playlist and queue up random songs
def playRandomTracks(self):
self.sb.request("randomplay tracks")
##############################################################################
# Clear playlist and queue up random songs
def getShuffle(self):
state = int(self.sb.request("playlist shuffle ?"))
if state==0: return False
else: return True
def setShuffle(self):
state = int(self.sb.request("playlist shuffle ?"))
if state==0:
state = 1
notify("Shuffle Playlist: ON","")
else:
state = 0
notify("Shuffle Playlist: OFF","")
self.sb.request("playlist shuffle "+ str(state), debug=True)
self.updatePlaylistDetails()
def getRepeat(self):
state = int(self.sb.request("playlist repeat ?"))
if state==0: return False
else: return True
def setRepeat(self):
state = int(self.sb.request("playlist repeat ?"))
if state==0:
state = 2
notify("Repeat Playlist: ON")
else:
state = 0
notify("Repeat Playlist: OFF")
self.sb.request("playlist repeat "+ str(state), debug=True)
def rewind(self):
self.sb.rewind()
def forward(self):
self.sb.forward()
def getVolume(self):
return self.sb.get_volume()
def getPowerState(self):
return self.sb.get_power_state()
def main(argv):
"""LCD MANAGER APP FOR LMS"""
lmsserver = "127.0.0.1"
lmsplayer = ""
lcd_address = "0x3f"
lcd_w = 20
verbose = True
clock_mode = False
try:
opts, args = getopt.getopt(argv,"hs:p:w:l:c",["server=","player=","lcd_width=","lcd_address=","clock"])
except getopt.GetoptError:
printhelp()
sys.exit(2)
for opt, arg in opts:
if opt == '-h':
printhelp()
sys.exit()
elif opt in ("-s", "--server"):
lmsserver = arg
elif opt in ("-p", "--player"):
lmsplayer = arg
elif opt in("-w","--lcd_width"):
lcd_w = int(arg)
elif opt in("-l","--lcd_address"):
lcd_address = arg
elif opt in("-c","--clock"):
clock_mode = True
myLCD = LCD(int(lcd_address,16), lcd_w)
#myLCD.lcd_string"1234567890123456",1)
myLCD.lcd_string(" TVC Audio ",1)
myLCD.lcd_string(" LMS LCD INFO ",2)
sleep(2)
myLCD.lcd_string("(C)2017 Renaud ",1)
myLCD.lcd_string("Coustellier ",2)
sleep(1)
sc = Server(hostname=lmsserver, port=9090, username="******", password="******")
# Server connection
# Clock mode waiting connection
connected = False
while connected <> True:
try:
sc.connect()
sleep(1)
connected = True
except Exception as e:
LCDTime(myLCD, lcd_w)
#myLCD.lcd_string(str(e),1)
myLCD.lcd_string("LMS SERVER",1)
myLCD.lcd_string("LMS v.: %s" % sc.get_version(),2)
sleep(2)
while sc.get_player_count() == 0:
LCDTime(myLCD, lcd_w)
sleep(2)
if lmsplayer <> "":
while True:
LCDTime(myLCD, lcd_w)
sq = playerAutodetect(sc, myLCD)
ipPlayer = str(sq.get_ip_address())
ipPlayer = ipPlayer[0:ipPlayer.find(":")]
if ipPlayer == lmsplayer:
break
sleep(3)
else:
myLCD.lcd_string("autodetect player",3)
myLCD.lcd_string("in play mode",3)
sq = playerAutodetect(sc, myLCD)
playerName = sq.get_name()
playerModel = sq.get_model()
if lcd_w == 20:
myLCD.lcd_string(playerName,3)
myLCD.lcd_string(playerModel,4)
sleep(2)
if lcd_w == 16:
# 16x2 LCD Code
while True:
try:
modePlayer = sq.get_mode()
if modePlayer == "pause":
myLCD.lcd_string("mode = pause",1)
myLCD.lcd_string(time.strftime('%Y-%m-%d %H:%M:%S'),2)
sleep(2)
elif modePlayer == "stop":
LCDTime(myLCD, lcd_w)
sleep(2)
# when "stop", looking for a running player except if player defined by user...
if lmsplayer == "":
sq = playerAutodetect(sc, myLCD)
elif modePlayer == "play":
trackAlbum = sq.get_track_album()
currentTrack = sq.get_track_current_title()
trackArtist = sq.get_track_artist()
currentVolume = sq.get_volume()
print ("")
print ("album:" + trackAlbum)
print ("artist:" + trackArtist)
print ("title:" + currentTrack)
myLCD.lcd_string("Alb." + trackAlbum,1)
myLCD.lcd_string("Art." + trackArtist,2)
sleep(2)
myLCD.lcd_string(trackAlbum,1)
myLCD.lcd_string(trackArtist,2)
td = "/" + lms_time_to_string(sq.get_track_duration())
ptc = str(sq.playlist_track_count())
linestatus = 0
charOffset = 0
while True:
linestatus = linestatus + 1
volume = (" - Volume %" + str(sq.get_volume()) )
#te = "time " + lms_time_to_string(sq.get_time_elapsed())
te = lms_time_to_string(sq.get_time_elapsed())
te = te + td
cti = str(sq.playlist_current_track_index())
if len(cti) > 1 and len(ptc) > 1:
if linestatus % 4 == 0:
te = te + " /" + ptc
else:
te = te + " " + cti + "/"
else:
te = te + " " + cti + "/" + ptc
while currentVolume != sq.get_volume():
# Volume
currentVolume = sq.get_volume()
myLCD.lcd_string("Volume %" + str(currentVolume), 1)
sleep(0.3)
if linestatus < 2:
myLCD.lcd_string("tle:" + currentTrack, 1)
myLCD.lcd_string(te, 2)
else:
# Track Name
if len(currentTrack) <= lcd_w:
# LENGHT is < LCD LCD_WIDTH
myLCD.lcd_string(currentTrack, 1)
else:
# LENGHT is > LCD_WIDTH
charOffset = linestatus - 2
myLCD.lcd_string(currentTrack[charOffset:], 1)
if linestatus + lcd_w > len(currentTrack):
linestatus = 0
myLCD.lcd_string(te, 2)
if sq.get_track_current_title() != currentTrack or sq.get_mode() !="play" :
# change detected
myLCD.lcd_string("Track/mode chang", 1)
myLCD.lcd_string("pls wait... ", 2)
linestatus = 0
break
sleep(0.65)
except:
lcd(lcd_w)
else:
# 20x4 LCD Code
while True:
try:
#if True == True:
modePlayer = sq.get_mode()
if modePlayer == "pause":
myLCD.lcd_string(sq.get_name(),1)
myLCD.lcd_string("Mode = Pause",2)
line3 = "RJ45"
ipPlayer = sq.get_ip_address()
ipPlayer = ipPlayer[0:ipPlayer.find(":")]
if int(sq.get_wifi_signal_strength()) > 1:
line3 = "wifi" + str(sq.get_wifi_signal_strength())
line3 = line3 + " " + ipPlayer
myLCD.lcd_string(line3,3)
myLCD.lcd_string(time.strftime('%Y-%m-%d %H:%M:%S'),4)
sleep(0.5)
elif modePlayer == "stop":
LCDTime(myLCD, lcd_w)
sleep(2)
if lmsplayer == "":
# when player mode is stop, looking for another running player except if...
sq = playerAutodetect(sc, myLCD)
elif modePlayer == "play" and lmsplayer == "":
trackAlbum = sq.get_track_album()
currentTrack = sq.get_track_current_title()
trackArtist = sq.get_track_artist()
currentVolume = sq.get_volume()
if verbose == True:
print ("")
print ("album:" + trackAlbum)
print ("artist:" + trackArtist)
print ("title:" + currentTrack)
td = "/" + lms_time_to_string(sq.get_track_duration())
linestatus = 0
charOffset = 0
while True:
if modePlayer <> "play":
break
linestatus = linestatus + 1
volume = (" - Volume %" + str(sq.get_volume()) )
te = lms_time_to_string(sq.get_time_elapsed())
te = te + td
te = te + " " + str(sq.playlist_current_track_index()) + "/" + str(sq.playlist_track_count())
while currentVolume != sq.get_volume():
# Volume
currentVolume = sq.get_volume()
myLCD.lcd_string("Volume %" + str(currentVolume), 1)
sleep(.25)
if sq.get_track_current_title() != currentTrack or sq.get_mode() !="play" :
# change detected
myLCD.lcd_string("Track/mode chang", 1)
#myLCD.lcd_string("pls wait... ", 2)
break
# Track Name
myLCD.lcd_string(trackArtist, 1)
myLCD.lcd_string(trackAlbum, 2)
#----------------------------
if len(currentTrack) <= lcd_w:
# LENGHT is < LCD LCD_WIDTH
myLCD.lcd_string(currentTrack, 3)
else:
# LENGHT is > LCD_WIDTH
charOffset = linestatus - 1
myLCD.lcd_string(currentTrack[charOffset:], 3)
if linestatus + lcd_w > len(currentTrack):
linestatus = 0
#myLCD.lcd_string(currentTrack, 3)
if clock_mode != True:
myLCD.lcd_string(te, 4)
sleep(0.5)
else:
myLCD.lcd_string(time.strftime('%Y-%m-%d %H:%M:%S'),4)
sleep(0.5)
except: #Exception as e:
#else:
#myLCD.lcd_string(str(e), 3)
sq = playerAutodetect(sc, myLCD)
sleep(2)
class SqueezePlayer:
##############################################################################
#constructor - connect to the server and player so we can do stuff
#other handy start up stuff
def __init__(self, basicOnly=False):
#optionally pass in a player MAC here to connect to a different player for the info display
#if MAC is not None:
# log("Using MAC " + MAC)
# PLAYERMAC = MAC
#serverIP still null, something went wrong...
if SERVERIP == "":
notify("Can't find LMS server",
"Try manually configuring one in XSqueeze settings")
sys.exit()
log("Attempting to connect to LMS named [" + SERVERNAME +
"] at IP: " + SERVERIP + " on CLI port: " + SERVERPORT)
try:
self.sc = Server(hostname=SERVERIP,
port=SERVERPORT,
username=SERVERUSER,
password=SERVERPASS)
self.sc.connect()
log("LMS Logged in: %s" % self.sc.logged_in)
log("LMS Version: %s" % self.sc.get_version())
except:
log(" Couldn't connect to server!")
notify(LANGUAGE(19613), LANGUAGE(19614))
raise
#connect to player
log("Attempting to connect to player: " + PLAYERMAC)
try:
self.sb = self.sc.get_player(PLAYERMAC)
if self.sb:
log("Connected to: %s" % PLAYERMAC)
state = self.sb.get_power_state()
log("Power state is: " + str(state))
else:
log("Player is None! %s" % PLAYERMAC)
raise Exception
except Exception as inst:
log(" Couldn't connect to player: " + PLAYERMAC, inst)
notify(LANGUAGE(19615), LANGUAGE(19616))
raise
#initialise if we're called from XSqueeze as opposed to the chooser
try:
if not basicOnly:
self.currentTrack = None
self.coverURLs = None
self.playlistDetails = None
self.updatePlaylistDetails()
self.updateCoverArtURLs()
#if the user wants music to start straight away...
if SENDPLAYONSTART:
self.sb.request("play")
except Exception as inst:
log(
" Error in initialisation of XSqueeze after connection to: " +
PLAYERMAC, inst)
raise
##############################################################################
#get the current squeezebox two line display text and return it
def getDisplay(self):
displayText = self.sb.requestRaw("display ? ?", True)
lines = displayText.split(" ")
try:
if lines[2] == "":
lines[2] = "."
except:
lines[2] = "."
try:
if lines[3] == "":
lines[3] = "."
except:
lines[3] = "."
cleanedLines = []
cleanedLines.append((lines[2]))
cleanedLines.append((lines[3]))
#print(cleanedLines)
#clean out the wierd characters used to represent volume...
newLines = []
for line in cleanedLines:
line = line.replace(u'cursorpos', u"\u2334")
line = line.replace(u'rightarrow', u"\u2192")
line = line.replace(u'solidblock', u'*')
line = line.replace(u'leftprogress4', u'*')
line = line.replace(u'leftprogress2', u'*')
line = line.replace(u'leftprogress0', u'(Mute)')
line = line.replace(u'rightprogress0', u' ')
line = line.replace(u'rightprogress4', u'(Max)')
line = line.replace(u'middleprogress0', u' ')
line = line.replace(u'%1E', u"")
line = line.replace(u'%1F', u"")
newLines.append(line)
#print(newLines)
return unquoteUni(newLines[0]), unquoteUni(newLines[1])
##############################################################################
# check if song changed and update local reference if so
# returns boolean - but of course only once on each change
# called every window update to see if the song has changed and only if it has
# do we update the playlist and cover arts...reduces traffic a lot!
def songChanged(self):
oldSong = self.currentTrack
newSong = self.sb.get_track_title()
#log("New Song [" + newSong +"], Old song [" + oldSong + "]")
if newSong != oldSong:
log("### Detected song change to: " + repr(newSong) +
" - triggering playlist and cover art updates...")
self.currentTrack = newSong
self.updatePlaylistDetails()
self.updateCoverArtURLs()
return True
else:
return False
##############################################################################
# returns the URLs for the current and next three track cover art images
def updateCoverArtURLs(self):
coverURLs = []
#print "Playlist is" + str(self.playlist)
#start at this song , end at + 3
index = int(self.sb.request("playlist index ?"))
upcomer = index
end = index + 4
#currently uses the track_id in the url - works well
#supposed to use the cover_id number but this doesn't work so well...
for count in range(upcomer, end):
if (count < len(self.playlist)):
try:
statusInfo = self.sb.request("status " + str(count) +
" 1 tags:Kal")
#log("Status info is " + str(statusInfo))
if ("artwork_url" in statusInfo):
statusArtwork = statusInfo.split('artwork_url:')
statusArtwork = statusArtwork.pop(1)
statusArtwork = statusArtwork.split(' ')
statusArtwork = statusArtwork.pop(0)
#log("statusArtwork is " + str(statusArtwork))
#check we have a full url....
if ("http" not in statusArtwork):
coverURL = "http://" + SERVERHTTPURL + "/" + statusArtwork
else:
coverURL = statusArtwork
else:
statusId = statusInfo.split('id:')
statusId = statusId.pop(1)
statusId = statusId.split(' ')
statusId = statusId.pop(0)
#log("StatusID is " + str(statusId))
coverURL = "http://" + SERVERHTTPURL + "/music/" + str(
statusId) + "/cover.jpg"
#now append the coverURL to our list of URLs
#log ("Appending future cover: " + str(count) + " from " + coverURL)
coverURLs.append(coverURL)
#Something went wrong, go with null string just to be safe...
except Exception as inst:
log(
"No cover art so appending null string for playlist index "
+ str(count), inst)
coverURLs.append("")
self.coverURLs = coverURLs
## ##############################################################################
## # Gets more info about a particular song
def getSongInfo(self, id):
encoded = self.sb.requestRaw("songinfo 0 1000 track_id:" + str(id),
True)
#find the index of id: - track_id%3A
start = encoded.find('track_id%3A')
encoded = encoded[start:]
#print(str(id) + " Encoded: " +str(encoded))
list = encoded.split(" ")
#print("list: " + str(list))
decodedList = []
for item in list:
cleanItem = unquoteUni(item)
decodedList.append(cleanItem)
#print("DecodedList: " +str(decodedList))
item = {}
for info in decodedList:
info = info.split(':')
key = info.pop(0)
if key:
item[key] = ':'.join(info)
# example...
# 9 id:39 title:I'm Not The Man artist:10000 Maniacs coverid:94339a48 duration:226.36 album_id:4 filesize:22796274 genre:Pop coverart:1 artwork_track_id:94339a48
# album:MTV Unplugged modificationTime:Thursday, November 27, 2008, 5:24 PM type:flc genre_id:4 bitrate:805kbps VBR artist_id:11 tracknum:4 year:1993 compilation:0
# addedTime:Thursday, December 8, 2011, 11:15 PM channels:2 samplesize:16 samplerate:44100 lastUpdated:Thursday, December 8, 2011, 11:15 PM album_replay_gain:-6.46 replay_gain:-3.46
#print "Item" + str(item)
#convert all the data to the right types - there is a much more pythomnesque way to right this I am sure...
try:
item['id'] = int(item['id'])
except KeyError:
pass
try:
item['duration'] = float(item['duration'])
except KeyError:
pass
try:
item['album_id'] = int(item['album_id'])
except KeyError:
pass
try:
item['filesize'] = int(item['filesize'])
except KeyError:
pass
try:
item['coverart'] = int(item['coverart'])
except KeyError:
pass
try:
item['genre_id'] = int(item['genre_id'])
except KeyError:
pass
try:
item['artist_id'] = int(item['artist_id'])
except KeyError:
pass
try:
item['tracknum'] = int(item['tracknum'])
except KeyError:
pass
try:
item['year'] = int(item['year'])
except KeyError:
pass
try:
item['compilation'] = int(item['compilation'])
except KeyError:
pass
try:
item['channels'] = int(item['channels'])
except KeyError:
pass
try:
item['samplesize'] = int(item['samplesize'])
except KeyError:
pass
try:
item['samplerate'] = int(item['samplerate'])
except KeyError:
pass
try:
item['album_replay_gain'] = float(item['album_replay_gain'])
except KeyError:
pass
try:
item['replay_gain'] = float(item['replay_gain'])
except KeyError:
pass
return item
##############################################################################
# Send a button command text, e.g. 'pause' - to the player
def button(self, text):
self.sb.ir_button(text)
#something probably changed, trigger an update test
self.songChanged()
##############################################################################
# returns all the details of up to 10 tracks...
def updatePlaylistDetails(self):
self.playlist = self.sb.playlist_get_info()
currentIndex = int(self.sb.request("playlist index ?"))
#log ("Current index: " + str(currentIndex) + " len(playlist): " + str(len(self.playlist)) + " Playlist is: " + str(self.playlist))
playlistDetails = []
#retrieve a maxiumum of 10 tracks details
for trackOffset in range(currentIndex, currentIndex + 10):
#don't go off the end of the playlist
if trackOffset < len(self.playlist):
trackID = self.playlist[trackOffset]['id']
#log("Getting full details for id: " + str(trackID))
playlistDetails.append(self.getSongInfo(trackID))
#the caller should check the length of the playlist and process all entries...
self.playlistDetails = playlistDetails
##############################################################################
# returns current track length if available (check for 0 etc. at other end)
def getTrackLength(self):
return self.sb.get_track_duration()
##############################################################################
# Show some text on the player's screen
def show(self,
line1="",
line2=""
''
"",
duration=3,
brightness=4,
font="standard",
centered=False):
self.sb.show(line1, line2, duration, brightness, font, centered)
def display(self, line1="", line2="", duration=1):
self.sb.request("display " + line1 + " " + line2 + " " + str(duration))
##############################################################################
# returns current mode ('play' 'pause' or 'stop')
def getMode(self):
return self.sb.get_mode()
##############################################################################
# returns length of time in seconds the current track has played for
def getTrackElapsed(self):
return self.sb.get_time_elapsed()
##############################################################################
# returns the full album info given an ID
def getAlbumInfo(self, albumID):
fullAlbumInfo = self.sc.request_with_results('albums 0 1 album_id:' +
albumID + ' tags:yajl')
#log("Full Album Info: " + str(fullAlbumInfo))
return fullAlbumInfo[1][0]
##############################################################################
# returns the latest 50 albums
def getNewMusic(self):
fullAlbums = []
albums = self.sc.request_with_results("albums 0 50 sort:new")
for album in albums[1]:
fullAlbumInfo = self.getAlbumInfo(album['id'])
fullAlbums.append(fullAlbumInfo)
return fullAlbums
##############################################################################
# returns all albums
def getAlbums(self):
fullAlbums = []
albums = self.sc.request_with_results("albums 0 100000")
for album in albums[1]:
fullAlbumInfo = self.getAlbumInfo(album['id'])
fullAlbums.append(fullAlbumInfo)
return fullAlbums
##############################################################################
# returns all artists
def getArtists(self):
artists = self.sc.request_with_results("artists 0 100000")
#log(str(artists))
return artists[1]
##############################################################################
# returns all albums by a particular artist given an artist_id
def getAlbumsByArtistID(self, artistID):
fullAlbums = []
albums = self.sc.request_with_results("albums 0 100000 artist_id:" +
str(artistID))
#log(str(albums))
for album in albums[1]:
fullAlbumInfo = self.getAlbumInfo(album['id'])
fullAlbums.append(fullAlbumInfo)
return fullAlbums
##############################################################################
# returns all albums in a particular genre given a genre_id
def getAlbumsByGenreID(self, genreID):
fullAlbums = []
albums = self.sc.request_with_results("albums 0 100000 genre_id:" +
str(genreID))
#log(str(albums))
for album in albums[1]:
fullAlbumInfo = self.getAlbumInfo(album['id'])
fullAlbums.append(fullAlbumInfo)
return fullAlbums
##############################################################################
# returns all albums for a given year
def getAlbumsByYear(self, year):
fullAlbums = []
albums = self.sc.request_with_results("albums 0 100000 year:" +
str(year))
#log(str(albums))
for album in albums[1]:
fullAlbumInfo = self.getAlbumInfo(album['id'])
fullAlbums.append(fullAlbumInfo)
return fullAlbums
##############################################################################
# returns all genres
def getGenres(self):
genres = self.sc.request_with_results("genres 0 100000")
log(str(genres))
return genres[1][1:]
##############################################################################
# returns all years
def getYears(self):
years = self.parseSpecial("years 0 100000", "year", True)
#log(str(years))
years.reverse()
return years
##############################################################################
# returns radios root menu
def parseSpecial(self, cmdString, splitOn, playerRequest=False):
quotedColon = urllib.quote(':')
if playerRequest:
log("Player Request: " + str(cmdString))
results = self.sb.requestRaw(cmdString)
else:
log("Server Request: " + str(cmdString))
results = self.sc.requestRaw(cmdString)
log("Result string: " + pprint.pformat(results))
#strip off the request stuff at the start
resultStr = results[results.find(splitOn):]
log("Split string: " + pprint.pformat(resultStr))
#ok now split the string on 'splitOn' to get each radio station
chunks = resultStr.split(splitOn + "%3A")[1:]
log("Processed Chunks: " + pprint.pformat(chunks))
output = []
for chunk in chunks:
chunk = chunk.strip()
subResults = chunk.split(" ")
#log("SUB: " + str(subResults))
#fix missing splitOn post split
subResults[0] = splitOn + "%3A" + subResults[0]
#log("SUB + splitOn: " + str(subResults))
item = {}
for subResult in subResults:
#save item
key, value = subResult.split(quotedColon, 1)
item[unquoteUni(key)] = unquoteUni(value)
output.append(item)
return output
def getRadios(self):
return self.parseSpecial("radios 0 100000", "icon", playerRequest=True)
def getRadioStations(self, cmd, itemid):
if (itemid) != "" and itemid is not None:
return self.parseSpecial(urllib.quote(cmd) +
" items 0 100000 item_id:" + itemid,
"id",
playerRequest=True)
else:
return self.parseSpecial(urllib.quote(cmd) + " items 0 100000",
"id",
playerRequest=True)
def getAppItemsList(self, cmd, itemid):
if (itemid) != "" and itemid is not None:
return self.parseSpecial(urllib.quote(cmd) +
" items 0 100000 item_id:" + itemid,
"id",
playerRequest=True)
else:
return self.parseSpecial(urllib.quote(cmd) + " items 0 100000",
"id",
playerRequest=True)
def getFavouritesSub(self, itemid):
return self.parseSpecial("favorites items 0 100000 item_id:" + itemid,
"id",
playerRequest=True)
def queueRadio(self, cmd, itemid):
self.sb.request(urllib.quote(cmd) + " playlist play item_id:" + itemid)
def getApps(self):
return self.parseSpecial("apps 0 100000", "cmd", playerRequest=True)
def getFavourites(self):
return self.parseSpecial("favorites items 0 100000",
"id",
playerRequest=True)
def getPlaylists(self):
#return self.parseSpecial("playlists 0 100000","id", playerRequest=True)
pls = self.sc.request_with_results("playlists 0 100000 tags:u")
log(str(pls))
return pls[1][1:]
##############################################################################
# Clear playlist and queue up a favourite item given
def queueFavourite(self, item_id):
self.sb.request("favorites playlist play item_id:" + item_id)
##############################################################################
# Clear playlist and queue up a playlist item given
def queuePlaylist(self, item_id, url):
self.sb.request("playlist play " + url)
##############################################################################
# Clear playlist and queue up an album given an album title and artist
def queueAlbum(self, title, artist):
if artist == "Various Artists":
self.sb.request("playlist loadalbum * * " + urllib.quote(title))
else:
self.sb.request("playlist loadalbum * " + urllib.quote(artist) +
" " + urllib.quote(title))
##############################################################################
# Clear playlist and queue up random albums
def playRandomAlbums(self):
self.sb.request("randomplay albums")
##############################################################################
# Clear playlist and queue up random songs
def playRandomTracks(self):
self.sb.request("randomplay tracks")
##############################################################################
# Clear playlist and queue up random songs
def getShuffle(self):
state = int(self.sb.request("playlist shuffle ?"))
if state == 0: return False
else: return True
def setShuffle(self):
state = int(self.sb.request("playlist shuffle ?"))
if state == 0:
state = 1
notify("Shuffle Playlist: ON", "")
else:
state = 0
notify("Shuffle Playlist: OFF", "")
self.sb.request("playlist shuffle " + str(state), debug=True)
self.updatePlaylistDetails()
def getRepeat(self):
state = int(self.sb.request("playlist repeat ?"))
if state == 0: return False
else: return True
def setRepeat(self):
state = int(self.sb.request("playlist repeat ?"))
if state == 0:
state = 2
notify("Repeat Playlist: ON")
else:
state = 0
notify("Repeat Playlist: OFF")
self.sb.request("playlist repeat " + str(state), debug=True)
def rewind(self):
self.sb.rewind()
def forward(self):
self.sb.forward()
def getVolume(self):
return self.sb.get_volume()
def getPowerState(self):
return self.sb.get_power_state()