def progress(self, fullpath, isComplete=True, startTime=0):
# At the moment the only time progress is called is to mark as complete
audiobookDB = AudioBooksDB()
audiobookDB.setPosition(fullpath, startTime, isComplete)
del audiobookDB
xbmc.executebuiltin("Container.Refresh")
def progress(self, fullpath, isComplete=True, startTime=0):
# At the moment the only time progress is called is to mark as complete
audiobookDB = AudioBooksDB()
audiobookDB.setPosition(fullpath, startTime, isComplete)
del audiobookDB
xbmc.executebuiltin("Container.Refresh")
def playAudioBook(audioBookHandler, startTime=-1, chapter=0):
log("BookPlayer: Playing audio book = %s" % audioBookHandler.getFile())
bookPlayer = BookPlayer()
playlist = audioBookHandler.getPlayList(startTime, chapter)
bookPlayer.play(playlist)
# Don't allow this to loop forever
loopCount = 3000
while (not bookPlayer.isPlaying()) and (loopCount > 0):
xbmc.sleep(1)
loopCount = loopCount - 1
# Looks like the audiobook never started for some reason, do not go any further
if loopCount == 0:
return
currentTime = 0
currentFile = ''
waitingForComplete = 0
# Wait for the player to stop
while waitingForComplete < 30:
# There is a small gap when switching between different items in the same
# playlist where it records it as not playing, so we need to give it a little
# bit of time to start playing the next item in the playlist if there is one
if bookPlayer.isPlaying():
# Keep track of where the current track is up to
currentTime = int(bookPlayer.getTime())
currentFile = bookPlayer.getPlayingFile()
waitingForComplete = 0
else:
waitingForComplete += 1
xbmc.sleep(10)
# Record the time that the player actually stopped
log("BookPlayer: Played to time = %d, file = %s" % (currentTime, currentFile))
# Get the chapter number that was playing
chapterPosition = audioBookHandler.getChapterPosition(currentFile)
log("BookPlayer: Chapter position is %d" % chapterPosition)
if (currentTime > 0) or (chapterPosition > 1):
bookComplete = False
duration = audioBookHandler.getTotalDuration()
log("BookPlayer: Total book duration is %d" % duration)
if duration > 1:
if currentTime > (duration - 60):
bookComplete = True
audiobookDB = AudioBooksDB()
audiobookDB.setPosition(audioBookHandler.getFile(), currentTime, chapterPosition, bookComplete)
del audiobookDB
def playAudioBook(audioBookHandler, startTime=-1, chapter=0):
log("BookPlayer: Playing audio book = %s" % audioBookHandler.getFile())
bookPlayer = BookPlayer()
playlist = audioBookHandler.getPlayList(startTime, chapter)
bookPlayer.play(playlist)
# Don't allow this to loop forever
loopCount = 3000
while (not bookPlayer.isPlaying()) and (loopCount > 0):
xbmc.sleep(1)
loopCount = loopCount - 1
# Looks like the audiobook never started for some reason, do not go any further
if loopCount == 0:
return
currentTime = 0
currentFile = ''
totalTrackTime = 0
waitingForComplete = 0
# Wait for the player to stop
while waitingForComplete < 30:
# There is a small gap when switching between different items in the same
# playlist where it records it as not playing, so we need to give it a little
# bit of time to start playing the next item in the playlist if there is one
if bookPlayer.isPlaying():
# Keep track of where the current track is up to
try:
currentTime = int(bookPlayer.getTime())
currentFile = bookPlayer.getPlayingFile()
totalTrackTime = bookPlayer.getTotalTime()
waitingForComplete = 0
except:
# If we get an exception there it is most probably because there is
# a small gap between checking if something is playing and getting
# each of the values
waitingForComplete += 1
else:
waitingForComplete += 1
xbmc.sleep(10)
# Record the time that the player actually stopped
log("BookPlayer: Played to time = %d, file = %s, totalTime = %s" % (currentTime, currentFile, totalTrackTime))
# Get the chapter number that was playing
chapterPosition = audioBookHandler.getChapterPosition(currentFile)
log("BookPlayer: Chapter position is %d" % chapterPosition)
if (currentTime > 0) or (chapterPosition > 1):
bookComplete = False
duration = audioBookHandler.getTotalDuration()
log("BookPlayer: Total book duration is %d" % duration)
if duration > 1:
if currentTime > (duration - 60):
log("BookPlayer: Marking entire book as complete")
bookComplete = True
# If dealing with multiple files for a single book, need to check if the entire
# book is complete
if chapterPosition == len(audioBookHandler.getChapterDetails()):
if (currentTime + 60) > totalTrackTime:
log("BookPlayer: Marking book as complete")
bookComplete = True
audiobookDB = AudioBooksDB()
audiobookDB.setPosition(audioBookHandler.getFile(), currentTime, chapterPosition, bookComplete)
del audiobookDB
def playAudioBook(audioBookHandler, startTime=-1, chapter=0):
log("BookPlayer: Playing audio book = %s" % audioBookHandler.getFile())
bookPlayer = BookPlayer()
playlist = audioBookHandler.getPlayList(startTime, chapter)
bookPlayer.play(playlist)
# Don't allow this to loop forever
loopCount = 3000
while (not bookPlayer.isPlaying()) and (loopCount > 0):
xbmc.sleep(1)
loopCount = loopCount - 1
# Looks like the audiobook never started for some reason, do not go any further
if loopCount == 0:
return
currentTime = 0
currentFile = ''
totalTrackTime = 0
waitingForComplete = 0
# Wait for the player to stop
while waitingForComplete < 30:
# There is a small gap when switching between different items in the same
# playlist where it records it as not playing, so we need to give it a little
# bit of time to start playing the next item in the playlist if there is one
if bookPlayer.isPlaying():
# Keep track of where the current track is up to
try:
currentTime = int(bookPlayer.getTime())
currentFile = bookPlayer.getPlayingFile()
totalTrackTime = bookPlayer.getTotalTime()
waitingForComplete = 0
except:
# If we get an exception there it is most probably because there is
# a small gap between checking if something is playing and getting
# each of the values
waitingForComplete += 1
else:
waitingForComplete += 1
xbmc.sleep(10)
# Record the time that the player actually stopped
log("BookPlayer: Played to time = %d, file = %s, totalTime = %s" %
(currentTime, currentFile, totalTrackTime))
# Get the chapter number that was playing
chapterPosition = audioBookHandler.getChapterPosition(currentFile)
log("BookPlayer: Chapter position is %d" % chapterPosition)
if (currentTime > 0) or (chapterPosition > 1):
bookComplete = False
duration = audioBookHandler.getTotalDuration()
log("BookPlayer: Total book duration is %d" % duration)
if duration > 1:
if currentTime > (duration - 60):
log("BookPlayer: Marking entire book as complete")
bookComplete = True
# If dealing with multiple files for a single book, need to check if the entire
# book is complete
if chapterPosition == len(audioBookHandler.getChapterDetails()):
if (currentTime + 60) > totalTrackTime:
log("BookPlayer: Marking book as complete")
bookComplete = True
audiobookDB = AudioBooksDB()
audiobookDB.setPosition(audioBookHandler.getFile(), currentTime,
chapterPosition, bookComplete)
del audiobookDB
