def __init__(self, path_to_ebook, tdir, log=None):
log = log or default_log
book_fmt, opfpath, input_fmt = extract_book(path_to_ebook, tdir, log=log)
ContainerBase.__init__(self, tdir, opfpath, log)
excluded_names = {
name for name, mt in self.mime_map.iteritems() if
name == self.opf_name or mt == guess_type('a.ncx') or name.startswith('META-INF/')
}
self.book_render_data = data = {
'version': self.RENDER_VERSION,
'toc':get_toc(self).as_dict,
'spine':[name for name, is_linear in self.spine_names],
'link_uid': uuid4(),
'is_comic': input_fmt.lower() in {'cbc', 'cbz', 'cbr', 'cb7'},
'manifest': list(set(self.name_path_map) - excluded_names),
}
# Mark the spine as dirty since we have to ensure it is normalized
for name in data['spine']:
self.parsed(name), self.dirty(name)
self.virtualize_resources()
self.commit()
for name in excluded_names:
os.remove(self.name_path_map[name])
with lopen(os.path.join(self.root, 'calibre-book-manifest.json'), 'wb') as f:
f.write(json.dumps(self.book_render_data, ensure_ascii=False).encode('utf-8'))
def __init__(self, path_to_ebook, tdir, log=None, book_hash=None):
log = log or default_log
book_fmt, opfpath, input_fmt = extract_book(path_to_ebook, tdir, log=log)
ContainerBase.__init__(self, tdir, opfpath, log)
excluded_names = {
name for name, mt in self.mime_map.iteritems() if
name == self.opf_name or mt == guess_type('a.ncx') or name.startswith('META-INF/') or
name == 'mimetype'
}
self.book_render_data = data = {
'version': RENDER_VERSION,
'toc':get_toc(self).as_dict,
'spine':[name for name, is_linear in self.spine_names],
'link_uid': uuid4(),
'book_hash': book_hash,
'is_comic': input_fmt.lower() in {'cbc', 'cbz', 'cbr', 'cb7'},
}
# Mark the spine as dirty since we have to ensure it is normalized
for name in data['spine']:
self.parsed(name), self.dirty(name)
self.virtualized_names = set()
self.virtualize_resources()
def manifest_data(name):
return {'size':os.path.getsize(self.name_path_map[name]), 'is_virtualized': name in self.virtualized_names, 'mimetype':self.mime_map.get(name)}
data['files'] = {name:manifest_data(name) for name in set(self.name_path_map) - excluded_names}
self.commit()
for name in excluded_names:
os.remove(self.name_path_map[name])
with lopen(os.path.join(self.root, 'calibre-book-manifest.json'), 'wb') as f:
f.write(json.dumps(self.book_render_data, ensure_ascii=False).encode('utf-8'))
def __init__(self, path_to_ebook, tdir, log=None, book_hash=None):
log = log or default_log
book_fmt, opfpath, input_fmt = extract_book(path_to_ebook, tdir, log=log)
ContainerBase.__init__(self, tdir, opfpath, log)
excluded_names = {
name for name, mt in self.mime_map.iteritems() if
name == self.opf_name or mt == guess_type('a.ncx') or name.startswith('META-INF/') or
name == 'mimetype'
}
raster_cover_name, titlepage_name = self.create_cover_page(input_fmt.lower())
self.book_render_data = data = {
'version': RENDER_VERSION,
'toc':get_toc(self).as_dict,
'spine':[name for name, is_linear in self.spine_names],
'link_uid': uuid4(),
'book_hash': book_hash,
'is_comic': input_fmt.lower() in {'cbc', 'cbz', 'cbr', 'cb7'},
'raster_cover_name': raster_cover_name,
'title_page_name': titlepage_name,
'has_maths': False,
'total_length': 0,
'spine_length': 0,
}
# Mark the spine as dirty since we have to ensure it is normalized
for name in data['spine']:
self.parsed(name), self.dirty(name)
self.transform_css()
self.virtualized_names = set()
self.virtualize_resources()
def manifest_data(name):
mt = (self.mime_map.get(name) or 'application/octet-stream').lower()
ans = {
'size':os.path.getsize(self.name_path_map[name]),
'is_virtualized': name in self.virtualized_names,
'mimetype':mt,
'is_html': mt in OEB_DOCS,
}
if ans['is_html']:
root = self.parsed(name)
ans['length'] = l = get_length(root)
self.book_render_data['total_length'] += l
if name in data['spine']:
self.book_render_data['spine_length'] += l
ans['has_maths'] = hm = check_for_maths(root)
if hm:
self.book_render_data['has_maths'] = True
return ans
data['files'] = {name:manifest_data(name) for name in set(self.name_path_map) - excluded_names}
self.commit()
for name in excluded_names:
os.remove(self.name_path_map[name])
with lopen(os.path.join(self.root, 'calibre-book-manifest.json'), 'wb') as f:
f.write(json.dumps(self.book_render_data, ensure_ascii=False).encode('utf-8'))
def __init__(self, path_to_ebook, tdir, log=None, book_hash=None):
log = log or default_log
book_fmt, opfpath, input_fmt = extract_book(path_to_ebook,
tdir,
log=log)
ContainerBase.__init__(self, tdir, opfpath, log)
excluded_names = {
name
for name, mt in self.mime_map.iteritems()
if name == self.opf_name or mt == guess_type('a.ncx')
or name.startswith('META-INF/') or name == 'mimetype'
}
raster_cover_name, titlepage_name = self.create_cover_page(
input_fmt.lower())
toc = get_toc(self).to_dict(count())
spine = [name for name, is_linear in self.spine_names]
spineq = frozenset(spine)
landmarks = [l for l in get_landmarks(self) if l['dest'] in spineq]
self.book_render_data = data = {
'version': RENDER_VERSION,
'toc': toc,
'spine': spine,
'link_uid': uuid4(),
'book_hash': book_hash,
'is_comic': input_fmt.lower() in {'cbc', 'cbz', 'cbr', 'cb7'},
'raster_cover_name': raster_cover_name,
'title_page_name': titlepage_name,
'has_maths': False,
'total_length': 0,
'spine_length': 0,
'toc_anchor_map': toc_anchor_map(toc),
'landmarks': landmarks,
'link_to_map': {},
}
# Mark the spine as dirty since we have to ensure it is normalized
for name in data['spine']:
self.parsed(name), self.dirty(name)
self.transform_css()
self.virtualized_names = set()
self.virtualize_resources()
def manifest_data(name):
mt = (self.mime_map.get(name)
or 'application/octet-stream').lower()
ans = {
'size': os.path.getsize(self.name_path_map[name]),
'is_virtualized': name in self.virtualized_names,
'mimetype': mt,
'is_html': mt in OEB_DOCS,
}
if ans['is_html']:
root = self.parsed(name)
ans['length'] = l = get_length(root)
self.book_render_data['total_length'] += l
if name in data['spine']:
self.book_render_data['spine_length'] += l
ans['has_maths'] = hm = check_for_maths(root)
if hm:
self.book_render_data['has_maths'] = True
ans['anchor_map'] = anchor_map(root)
return ans
data['files'] = {
name: manifest_data(name)
for name in set(self.name_path_map) - excluded_names
}
self.commit()
for name in excluded_names:
os.remove(self.name_path_map[name])
with lopen(os.path.join(self.root, 'calibre-book-manifest.json'),
'wb') as f:
f.write(
json.dumps(self.book_render_data,
ensure_ascii=False).encode('utf-8'))
def __init__(self, opf_path, log, root_dir=None):
ContainerBase.__init__(self, root_dir or os.path.dirname(opf_path), opf_path, log)
def __init__(self,
path_to_ebook,
tdir,
log=None,
book_hash=None,
save_bookmark_data=False,
book_metadata=None):
log = log or default_log
book_fmt, opfpath, input_fmt = extract_book(path_to_ebook,
tdir,
log=log)
ContainerBase.__init__(self, tdir, opfpath, log)
self.book_metadata = book_metadata
if save_bookmark_data:
bm_file = 'META-INF/calibre_bookmarks.txt'
self.bookmark_data = None
if self.exists(bm_file):
with self.open(bm_file, 'rb') as f:
self.bookmark_data = f.read()
# We do not add zero byte sized files as the IndexedDB API in the
# browser has no good way to distinguish between zero byte files and
# load failures.
excluded_names = {
name
for name, mt in iteritems(self.mime_map) if name == self.opf_name
or mt == guess_type('a.ncx') or name.startswith('META-INF/')
or name == 'mimetype' or not self.has_name_and_is_not_empty(name)
}
raster_cover_name, titlepage_name = self.create_cover_page(
input_fmt.lower())
toc = get_toc(self).to_dict(count())
if not toc or not toc.get('children'):
toc = from_xpaths(self,
['//h:h1', '//h:h2', '//h:h3']).to_dict(count())
spine = [name for name, is_linear in self.spine_names]
spineq = frozenset(spine)
landmarks = [l for l in get_landmarks(self) if l['dest'] in spineq]
self.book_render_data = data = {
'version': RENDER_VERSION,
'toc': toc,
'book_format': book_fmt,
'spine': spine,
'link_uid': uuid4(),
'book_hash': book_hash,
'is_comic': input_fmt.lower() in {'cbc', 'cbz', 'cbr', 'cb7'},
'raster_cover_name': raster_cover_name,
'title_page_name': titlepage_name,
'has_maths': False,
'total_length': 0,
'spine_length': 0,
'toc_anchor_map': toc_anchor_map(toc),
'landmarks': landmarks,
'link_to_map': {},
}
# Mark the spine as dirty since we have to ensure it is normalized
for name in data['spine']:
self.parsed(name), self.dirty(name)
self.transform_css()
self.virtualized_names = set()
self.virtualize_resources()
def manifest_data(name):
mt = (self.mime_map.get(name)
or 'application/octet-stream').lower()
ans = {
'size': os.path.getsize(self.name_path_map[name]),
'is_virtualized': name in self.virtualized_names,
'mimetype': mt,
'is_html': mt in OEB_DOCS,
}
if ans['is_html']:
root = self.parsed(name)
ans['length'] = l = get_length(root)
self.book_render_data['total_length'] += l
if name in data['spine']:
self.book_render_data['spine_length'] += l
ans['has_maths'] = hm = check_for_maths(root)
if hm:
self.book_render_data['has_maths'] = True
ans['anchor_map'] = anchor_map(root)
return ans
data['files'] = {
name: manifest_data(name)
for name in set(self.name_path_map) - excluded_names
}
self.commit()
for name in excluded_names:
os.remove(self.name_path_map[name])
data = json.dumps(self.book_render_data, ensure_ascii=False)
if not isinstance(data, bytes):
data = data.encode('utf-8')
with lopen(os.path.join(self.root, 'calibre-book-manifest.json'),
'wb') as f:
f.write(data)
def __init__(self, path_to_ebook, tdir, log=None, book_hash=None):
log = log or default_log
book_fmt, opfpath, input_fmt = extract_book(path_to_ebook, tdir, log=log)
ContainerBase.__init__(self, tdir, opfpath, log)
# We do not add zero byte sized files as the IndexedDB API in the
# browser has no good way to distinguish between zero byte files and
# load failures.
excluded_names = {
name for name, mt in iteritems(self.mime_map) if
name == self.opf_name or mt == guess_type('a.ncx') or name.startswith('META-INF/') or
name == 'mimetype' or not self.has_name_and_is_not_empty(name)}
raster_cover_name, titlepage_name = self.create_cover_page(input_fmt.lower())
toc = get_toc(self).to_dict(count())
spine = [name for name, is_linear in self.spine_names]
spineq = frozenset(spine)
landmarks = [l for l in get_landmarks(self) if l['dest'] in spineq]
self.book_render_data = data = {
'version': RENDER_VERSION,
'toc':toc,
'spine':spine,
'link_uid': uuid4(),
'book_hash': book_hash,
'is_comic': input_fmt.lower() in {'cbc', 'cbz', 'cbr', 'cb7'},
'raster_cover_name': raster_cover_name,
'title_page_name': titlepage_name,
'has_maths': False,
'total_length': 0,
'spine_length': 0,
'toc_anchor_map': toc_anchor_map(toc),
'landmarks': landmarks,
'link_to_map': {},
}
# Mark the spine as dirty since we have to ensure it is normalized
for name in data['spine']:
self.parsed(name), self.dirty(name)
self.transform_css()
self.virtualized_names = set()
self.virtualize_resources()
def manifest_data(name):
mt = (self.mime_map.get(name) or 'application/octet-stream').lower()
ans = {
'size':os.path.getsize(self.name_path_map[name]),
'is_virtualized': name in self.virtualized_names,
'mimetype':mt,
'is_html': mt in OEB_DOCS,
}
if ans['is_html']:
root = self.parsed(name)
ans['length'] = l = get_length(root)
self.book_render_data['total_length'] += l
if name in data['spine']:
self.book_render_data['spine_length'] += l
ans['has_maths'] = hm = check_for_maths(root)
if hm:
self.book_render_data['has_maths'] = True
ans['anchor_map'] = anchor_map(root)
return ans
data['files'] = {name:manifest_data(name) for name in set(self.name_path_map) - excluded_names}
self.commit()
for name in excluded_names:
os.remove(self.name_path_map[name])
data = json.dumps(self.book_render_data, ensure_ascii=False)
if not isinstance(data, bytes):
data = data.encode('utf-8')
with lopen(os.path.join(self.root, 'calibre-book-manifest.json'), 'wb') as f:
f.write(data)
