def ToXml(self):
doc = docroot()
doc.AddChild( dnode('Tags', 'matroskatags.dtd') )
root = doc.AddChild( node('Tags') )
for tag in self._tags:
t = root.AddChild( node('Tag') )
tt = t.AddChild( node('Targets') )
for uid in tag.AttachmentUIDs: tt.AddChild( tnode("AttachmentUID", uid) )
for uid in tag.ChapterUIDs: tt.AddChild( tnode("ChapterUID", uid) )
for uid in tag.EditionUIDs: tt.AddChild( tnode("EditionUID", uid) )
for uid in tag.TrackUIDs: tt.AddChild( tnode("TrackUID", uid) )
if tag.TargetType:
ttt = tt.AddChild( tnode('TargetType', tag.TargetType) )
if tag.TargetTypeValue:
ttv = tt.AddChild( tnode('TargetTypeValue', tag.TargetTypeValue) )
for k in sorted(tag.Simples.keys()):
v = tag.Simples[k]
s = t.AddChild( node('Simple') )
s.AddChild( tnode('Name', k) )
s.AddChild( tnode('String', v) )
s.AddChild( tnode('TagLanguage', 'eng') ) # XXX: assumed
return doc.OuterXMLPretty
def DVDToXML(device, pretty=True):
"""
Given a device path, this returns a 'pretty' XML string that contains all of the information that this library implements.
Pass pretty=False to get a non-pretty version.
"""
with DVD(device) as d:
d.Open()
root = node('dvd', numtitles=d.NumberOfTitles, parser="pydvdread %s"%Version)
root.AddChild( tnode('device', d.Path) )
root.AddChild( tnode('name', d.GetName(), fancy=d.GetNameTitleCase()) )
root.AddChild( tnode('vmg_id', d.VMGID) )
root.AddChild( tnode('provider_id', d.ProviderID) )
titles = root.AddChild( node('titles') )
for i in range(1, d.NumberOfTitles+1):
t = d.GetTitle(i)
try:
title = titles.AddChild( node('title', idx=t.TitleNum) )
title.AddChild( tnode('length', t.PlaybackTime, fancy=t.PlaybackTimeFancy) )
title.AddChild( node('picture', aspectratio=t.AspectRatio, framerate=t.FrameRate, width=t.Width, height=t.Height) )
title.AddChild( node('angle', num=t.NumberOfAngles) )
except Exception as e:
raise Exception('Exception caught when adding title %d' % (i,)) from e
audios = title.AddChild( node('audios', num=t.NumberOfAudios) )
for j in range(1, t.NumberOfAudios+1):
try:
a = t.GetAudio(j)
audio = audios.AddChild( node('audio', idx=j, langcode=a.LangCode, language=a.Language, format=a.Format, samplingrate=a.SamplingRate) )
except Exception as e:
raise Exception('Exception caught when adding audio %d to title %d' % (j,i)) from e
chapters = title.AddChild( node('chapters', num=t.NumberOfChapters) )
for j in range(1, t.NumberOfChapters+1):
try:
c = t.GetChapter(j)
chapter = chapters.AddChild( node('chapter', idx=j) )
chapter.AddChild( tnode('length', c.Length, fancy=c.LengthFancy) )
chapter.AddChild( node('cells', start=c.StartCell, end=c.EndCell) )
except Exception as e:
raise Exception('Exception caught when adding chapter %d to title %d' % (j,i)) from e
subpictures = title.AddChild( node('subpictures', num=t.NumberOfSubpictures) )
for j in range(1, t.NumberOfSubpictures+1):
try:
s = t.GetSubpicture(j)
subpicture = subpictures.AddChild( node('subpicture', idx=j, langcode=s.LangCode, language=s.Language) )
except Exception as e:
raise Exception('Exception caught when adding subtitle %d to title %d' % (j,i)) from e
if pretty:
return root.OuterXMLPretty
else:
return root.OuterXML
def ToXml(self):
"""
Output chapters as XML document in a format it expects.
"""
doc = docroot()
doc.AddChild( dnode('Chapters', 'matroskachapters.dtd') )
root = doc.AddChild( node('Chapters') )
ee = root.AddChild( node('EditionEntry') )
for chap in self._chapters:
ca = ee.AddChild( node('ChapterAtom') )
ct = ca.AddChild( node('ChapterTrack') )
ct.AddChild( tnode('ChapterTrackNumber', chap['num']) )
ca.AddChild( tnode('ChapterTimeStart', chap['lengthfancy']) )
cd = ca.AddChild( node('ChapterDisplay') )
cd.AddChild( tnode('ChapterString', chap['title']) )
cd.AddChild( tnode('ChapterLanguage', 'eng') )
# Prefix content with fancy headers
return doc.OuterXMLPretty
def BRToXML(device, KEYDB, pretty=True):
with Bluray(device, KEYDB) as b:
b.Open()
root = node('br',
numtitles=b.NumberOfTitles,
parser="pybluread %s" % Version)
root.AddChild(tnode('device', b.Path))
root.AddChild(tnode('KEYDB', b.KeyDB))
titles = root.AddChild(node('titles', main=b.MainTitleNumber))
for tnum in range(b.NumberOfTitles):
t = b.GetTitle(tnum)
title = titles.AddChild(
node('title', idx=tnum, playlist=t.Playlist))
title.AddChild(tnode('length', t.Length, fancy=t.LengthFancy))
angles = title.AddChild(node('angles', num=t.NumberOfAngles))
#print([tnum, 'num chaps', t.NumberOfChapters])
chapters = title.AddChild(node('chapters', num=t.NumberOfChapters))
for cnum in range(1, t.NumberOfChapters + 1):
c = t.GetChapter(cnum)
#print([tnum, 'chap', cnum, c.ClipNum])
chapter = chapters.AddChild(node('chapter', num=c.Num))
chapter.AddChild(tnode('start', c.Start, fancy=c.StartFancy))
chapter.AddChild(tnode('end', c.End, fancy=c.EndFancy))
chapter.AddChild(tnode('length', c.Length,
fancy=c.LengthFancy))
chapter.AddChild(tnode('clipnum', c.ClipNum))
#print([tnum, 'num clips', t.NumberOfClips])
clips = title.AddChild(node('clips', num=t.NumberOfClips))
for cnum in range(t.NumberOfClips):
c = t.GetClip(cnum)
#print([tnum, cnum, ((c.NumberOfVideosPrimary, c.NumberOfVideosSecondary), (c.NumberOfAudiosPrimary, c.NumberOfAudiosSecondary), c.NumberOfSubtitles)])
clip = clips.AddChild(node('clip', num=c.Num))
videos = clip.AddChild(
node('videos', num=c.NumberOfVideosPrimary))
for snum in range(c.NumberOfVideosPrimary):
s = c.GetVideo(snum)
video = videos.AddChild(node('video', num=s.Num))
video.AddChild(tnode('Language', s.Language))
video.AddChild(tnode('CodingType', s.CodingType))
video.AddChild(tnode('Format', s.Format))
video.AddChild(tnode('Rate', s.Rate))
video.AddChild(tnode('Aspect', s.Aspect))
audios = clip.AddChild(
node('audios', num=c.NumberOfAudiosPrimary))
for snum in range(c.NumberOfAudiosPrimary):
s = c.GetAudio(snum)
audio = audios.AddChild(node('audio', num=s.Num))
audio.AddChild(tnode('Language', s.Language))
audio.AddChild(tnode('CodingType', s.CodingType))
audio.AddChild(tnode('Format', s.Format))
audio.AddChild(tnode('Rate', s.Rate))
subs = clip.AddChild(node('subtitles',
num=c.NumberOfSubtitles))
for snum in range(c.NumberOfSubtitles):
s = c.GetSubtitle(snum)
sub = subs.AddChild(node('subtitle', num=s.Num))
sub.AddChild(tnode('Language', s.Language))
if pretty:
return root.OuterXMLPretty
else:
return root.outerXML
def DVDToXML(device, pretty=True):
"""
Given a device path, this returns a 'pretty' XML string that contains all of the information that this library implements.
Pass pretty=False to get a non-pretty version.
"""
with DVD(device) as d:
d.Open()
root = node('dvd',
numtitles=d.NumberOfTitles,
parser="pydvdread %s" % Version)
root.AddChild(tnode('device', d.Path))
root.AddChild(tnode('name', d.GetName(), fancy=d.GetNameTitleCase()))
root.AddChild(tnode('vmg_id', d.VMGID))
root.AddChild(tnode('provider_id', d.ProviderID))
titles = root.AddChild(node('titles'))
for i in range(1, d.NumberOfTitles + 1):
t = d.GetTitle(i)
try:
title = titles.AddChild(node('title', idx=t.TitleNum))
title.AddChild(
tnode('length', t.PlaybackTime, fancy=t.PlaybackTimeFancy))
title.AddChild(
node('picture',
aspectratio=t.AspectRatio,
framerate=t.FrameRate,
width=t.Width,
height=t.Height))
title.AddChild(node('angle', num=t.NumberOfAngles))
except Exception as e:
raise Exception('Exception caught when adding title %d' %
(i, )) from e
audios = title.AddChild(node('audios', num=t.NumberOfAudios))
for j in range(1, t.NumberOfAudios + 1):
try:
a = t.GetAudio(j)
audio = audios.AddChild(
node('audio',
idx=j,
langcode=a.LangCode,
language=a.Language,
format=a.Format,
samplingrate=a.SamplingRate))
except Exception as e:
raise Exception(
'Exception caught when adding audio %d to title %d' %
(j, i)) from e
chapters = title.AddChild(node('chapters', num=t.NumberOfChapters))
for j in range(1, t.NumberOfChapters + 1):
try:
c = t.GetChapter(j)
chapter = chapters.AddChild(node('chapter', idx=j))
chapter.AddChild(
tnode('length', c.Length, fancy=c.LengthFancy))
chapter.AddChild(
node('cells', start=c.StartCell, end=c.EndCell))
except Exception as e:
raise Exception(
'Exception caught when adding chapter %d to title %d' %
(j, i)) from e
subpictures = title.AddChild(
node('subpictures', num=t.NumberOfSubpictures))
for j in range(1, t.NumberOfSubpictures + 1):
try:
s = t.GetSubpicture(j)
subpicture = subpictures.AddChild(
node('subpicture',
idx=j,
langcode=s.LangCode,
language=s.Language))
except Exception as e:
raise Exception(
'Exception caught when adding subtitle %d to title %d'
% (j, i)) from e
if pretty:
return root.OuterXMLPretty
else:
return root.OuterXML
def BRToXML(device, KEYDB, pretty=True):
with Bluray(device, KEYDB) as b:
b.Open()
root = node('br', numtitles=b.NumberOfTitles, parser="pybluread %s"%Version)
root.AddChild( tnode('device', b.Path) )
root.AddChild( tnode('KEYDB', b.KeyDB) )
titles = root.AddChild( node('titles', main=b.MainTitleNumber) )
for tnum in range(b.NumberOfTitles):
t = b.GetTitle(tnum)
title = titles.AddChild( node('title', idx=tnum, playlist=t.Playlist) )
title.AddChild( tnode('length', t.Length, fancy=t.LengthFancy) )
angles = title.AddChild( node('angles', num=t.NumberOfAngles) )
#print([tnum, 'num chaps', t.NumberOfChapters])
chapters = title.AddChild( node('chapters', num=t.NumberOfChapters) )
for cnum in range(1,t.NumberOfChapters+1):
c = t.GetChapter(cnum)
#print([tnum, 'chap', cnum, c.ClipNum])
chapter = chapters.AddChild( node('chapter', num=c.Num) )
chapter.AddChild( tnode('start', c.Start, fancy=c.StartFancy) )
chapter.AddChild( tnode('end', c.End, fancy=c.EndFancy) )
chapter.AddChild( tnode('length', c.Length, fancy=c.LengthFancy) )
chapter.AddChild( tnode('clipnum', c.ClipNum) )
#print([tnum, 'num clips', t.NumberOfClips])
clips = title.AddChild( node('clips', num=t.NumberOfClips) )
for cnum in range(t.NumberOfClips):
c = t.GetClip(cnum)
#print([tnum, cnum, ((c.NumberOfVideosPrimary, c.NumberOfVideosSecondary), (c.NumberOfAudiosPrimary, c.NumberOfAudiosSecondary), c.NumberOfSubtitles)])
clip = clips.AddChild( node('clip', num=c.Num) )
videos = clip.AddChild( node('videos', num=c.NumberOfVideosPrimary) )
for snum in range(c.NumberOfVideosPrimary):
s = c.GetVideo(snum)
video = videos.AddChild( node('video', num=s.Num) )
video.AddChild( tnode('Language', s.Language) )
video.AddChild( tnode('CodingType', s.CodingType) )
video.AddChild( tnode('Format', s.Format) )
video.AddChild( tnode('Rate', s.Rate) )
video.AddChild( tnode('Aspect', s.Aspect) )
audios = clip.AddChild( node('audios', num=c.NumberOfAudiosPrimary) )
for snum in range(c.NumberOfAudiosPrimary):
s = c.GetAudio(snum)
audio = audios.AddChild( node('audio', num=s.Num) )
audio.AddChild( tnode('Language', s.Language) )
audio.AddChild( tnode('CodingType', s.CodingType) )
audio.AddChild( tnode('Format', s.Format) )
audio.AddChild( tnode('Rate', s.Rate) )
subs = clip.AddChild( node('subtitles', num=c.NumberOfSubtitles) )
for snum in range(c.NumberOfSubtitles):
s = c.GetSubtitle(snum)
sub = subs.AddChild( node('subtitle', num=s.Num) )
sub.AddChild( tnode('Language', s.Language) )
if pretty:
return root.OuterXMLPretty
else:
return root.outerXML