def encode(self, text):
# If no font manager, behaves as the default latex codec
if not (self._fontmgr):
return LatexCodec.encode(self, text)
# Preliminary backslash substitution
text = text.replace("\\", "\2")
# Consider that each text sequence is in his own tex group
self._fontmgr.reset()
# Handle fonts for this Unicode string. We build a list of
# strings, where each string is handled by a new font
switchfonts = []
for c in text:
font, char = self._fontmgr.encode(c)
# A new font, or empty switchfont list
if font or not (switchfonts):
sf = [font, char]
switchfonts.append(sf)
else:
# No new font, so extend the current string
sf[1] += char
# Merge each part, after escaping each string
text = ""
for sf in switchfonts:
sf[1] = self._texescape(sf[1])
text += "".join(sf)
# Encode for string output
text = self._encode(text)[0]
# Things are done, substitute the '\'
text = text.replace("\2", r"\textbackslash{}")
return "{" + text + "}"
def encode(self, text):
# If no font manager, behaves as the default latex codec
if not(self._fontmgr):
return LatexCodec.encode(self, text)
# Preliminary backslash substitution
text = text.replace("\\", "\2")
# Consider that each text sequence is in his own tex group
self._fontmgr.reset()
# Handle fonts for this Unicode string. We build a list of
# strings, where each string is handled by a new font
switchfonts = []
for c in text:
font, char = self._fontmgr.encode(c)
# A new font, or empty switchfont list
if font or not(switchfonts):
sf = [font, char]
switchfonts.append(sf)
else:
# No new font, so extend the current string
sf[1] += char
# Merge each part, after escaping each string
text = ""
for sf in switchfonts:
sf[1] = self._texescape(sf[1])
text += "".join(sf)
# Encode for string output
text = self._encode(text)[0]
# Things are done, substitute the '\'
text = text.replace("\2", r"\textbackslash{}")
return "{" + text + "}"
