def __new__(self, raw, start_offset, tab_stops, is_toplevel=True):
if raw.endswith('}'):
unescape = escape_funcs()[1]
num, default = raw[2:-1].partition(':')[0::2]
# Look for tab stops defined in the default text
uraw, child_stops = parse_template(unescape(default), start_offset=start_offset, is_toplevel=False, grouped=False)
for c in child_stops:
c.parent = self
tab_stops.extend(child_stops)
self = unicode_type.__new__(self, uraw)
if num.endswith('*'):
self.takes_selection = True
num = num[:-1]
else:
self.takes_selection = False
self.num = int(num)
else:
self = unicode_type.__new__(self, '')
self.num = int(raw[1:])
self.takes_selection = False
self.start = start_offset
self.is_toplevel = is_toplevel
self.is_mirror = False
self.parent = None
tab_stops.append(self)
return self
def __new__(self, raw, start_offset, tab_stops, is_toplevel=True):
if raw.endswith('}'):
unescape = escape_funcs()[1]
num, default = raw[2:-1].partition(':')[0::2]
# Look for tab stops defined in the default text
uraw, child_stops = parse_template(unescape(default), start_offset=start_offset, is_toplevel=False, grouped=False)
for c in child_stops:
c.parent = self
tab_stops.extend(child_stops)
self = unicode_type.__new__(self, uraw)
if num.endswith('*'):
self.takes_selection = True
num = num[:-1]
else:
self.takes_selection = False
self.num = int(num)
else:
self = unicode_type.__new__(self, '')
self.num = int(raw[1:])
self.takes_selection = False
self.start = start_offset
self.is_toplevel = is_toplevel
self.is_mirror = False
self.parent = None
tab_stops.append(self)
return self
def __new__(self, series, series_index):
if series and series_index is not None:
roman = _('{1} of <em>{0}</em>').format(
escape(series), escape(fmt_sidx(series_index, use_roman=True)))
combined = _('{1} of <em>{0}</em>').format(
escape(series), escape(fmt_sidx(series_index, use_roman=False)))
else:
combined = roman = escape(series or u'')
s = unicode_type.__new__(self, combined)
s.roman = roman
s.name = escape(series or u'')
s.number = escape(fmt_sidx(series_index or 1.0, use_roman=False))
s.roman_number = escape(fmt_sidx(series_index or 1.0, use_roman=True))
return s
def __new__(self, series, series_index):
if series and series_index is not None:
roman = _('{1} of <em>{0}</em>').format(
escape(series), escape(fmt_sidx(series_index, use_roman=True)))
combined = _('{1} of <em>{0}</em>').format(
escape(series), escape(fmt_sidx(series_index, use_roman=False)))
else:
combined = roman = escape(series or u'')
s = unicode_type.__new__(self, combined)
s.roman = roman
s.name = escape(series or '')
s.number = escape(fmt_sidx(series_index or 1.0, use_roman=False))
s.roman_number = escape(fmt_sidx(series_index or 1.0, use_roman=True))
return s
def __new__(self, name, mime_type, spine_names):
ans = unicode_type.__new__(self, name)
ans.mime_type = mime_type
ans.in_spine = name in spine_names
return ans
def __new__(self, tags, output_profile):
tags = [escape(x) for x in tags or ()]
t = unicode_type.__new__(self, ', '.join(tags))
t.alphabetical = ', '.join(sorted(tags, key=sort_key))
t.tags_list = tags
return t
def __new__(cls, text):
self = unicode_type.__new__(cls, text)
self.as_you_type = True
return self
def __new__(self, tags, output_profile):
tags = [escape(x) for x in tags or ()]
t = unicode_type.__new__(self, ', '.join(tags))
t.alphabetical = ', '.join(sorted(tags, key=sort_key))
t.tags_list = tags
return t
def __new__(cls, text):
self = unicode_type.__new__(cls, text)
self.as_you_type = True
return self
def __new__(self, name, mime_type, spine_names):
ans = unicode_type.__new__(self, name)
ans.mime_type = mime_type
ans.in_spine = name in spine_names
return ans
