def repl_named_char(match):
name = match.group(0)[2:-1]
char = named_characters.get(name)
if char is not None:
return char
else:
# TODO: Syntax::sntufn message
return '\\[' + name + ']'
def repl_named_char(match):
name = match.group(0)[2:-1]
char = named_characters.get(name)
if char is not None:
return char
else:
#TODO: Syntax::sntufn message
return '\\[' + name + ']'
def try_parse_longname(self, start_shift):
i = self.pos + start_shift
while True:
if i == len(self.code):
self.incomplete()
if self.code[i] == "]":
break
i += 1
longname = self.code[self.pos + start_shift : i]
if longname.isalpha():
char = named_characters.get(longname)
if char is None:
self.feeder.message("Syntax", "sntufn", longname)
pass # stay in same stub
else:
self.stubs.append(self.code[self.start : self.pos])
self.stubs.append(char)
self.newstub(i + 1)
self.pos = i + 1 # stay in same stub but skip ahead
def try_parse_longname(self, start_shift):
i = self.pos + start_shift
while True:
if i == len(self.code):
self.incomplete()
if self.code[i] == ']':
break
i += 1
longname = self.code[self.pos + start_shift:i]
if longname.isalpha():
char = named_characters.get(longname)
if char is None:
self.feeder.message('Syntax', 'sntufn', longname)
pass # stay in same stub
else:
self.stubs.append(self.code[self.start:self.pos])
self.stubs.append(char)
self.newstub(i + 1)
self.pos = i + 1 # stay in same stub but skip ahead
