def unichr_impl(cp):
if not isinstance(cp, int):
raise TypeError('must be int, not %s' % type(c).__name__)
if cp < 0x10000:
return _chr(cp)
hi, lo = divmod(cp - 0x10000, 0x400)
hi += 0xd800
lo += 0xdc00
if 0xd800 <= hi < 0xdc00 and 0xdc00 <= lo < 0xe000:
return _chr(hi) + _chr(lo)
raise ValueError('illeagal code point')
def unichr_impl(cp):
if not isinstance(cp, int):
raise TypeError('must be int, not %s' % type(c).__name__)
if cp < 0x10000:
return _chr(cp)
hi, lo = divmod(cp-0x10000, 0x400)
hi += 0xd800
lo += 0xdc00
if 0xd800 <= hi < 0xdc00 and 0xdc00 <= lo < 0xe000:
return _chr(hi)+_chr(lo)
raise ValueError('illeagal code point')
def _read_string(self):
pos = self.data.tell()
src, value = [self._read_literal('"')], []
try:
while True:
ch = self._read()
src.append(ch)
if ch == '\\':
ch = self._read()
src.append(ch)
if ch in self.ESCAPE_SEQUENCES:
value.append(self.ESCAPE_SEQUENCES[ch])
elif ch == 'u':
n = 0
for i in range(4):
ch = self._read()
src.append(ch)
n = 16 * n + int(ch, 16)
value.append(_chr(n))
else:
raise UnexpectedCharacter(ch)
elif ch == '"':
break
else:
value.append(ch)
except AwaitingData:
self.data.seek(pos)
raise AwaitingData()
return "".join(src), "".join(value)
def _read_string(self):
pos = self.data.tell()
src, value = [self._read_literal('"')], []
try:
while True:
ch = self._read()
src.append(ch)
if ch == '\\':
ch = self._read()
src.append(ch)
if ch in self.ESCAPE_SEQUENCES:
value.append(self.ESCAPE_SEQUENCES[ch])
elif ch == 'u':
n = 0
for i in range(4):
ch = self._read()
src.append(ch)
n = 16 * n + int(ch, 16)
value.append(_chr(n))
else:
raise UnexpectedCharacter(ch)
elif ch == '"':
break
else:
value.append(ch)
except AwaitingData:
self.data.seek(pos)
raise AwaitingData()
return "".join(src), "".join(value)
def EscapeState(self):
if self.token[:1] == "t":
value = "\t" + self.token[1:]
elif self.token[:1] == "n":
value = "\n" + self.token[1:]
elif self.token[:1] == "b":
value = "\b" + self.token[1:]
elif self.token[:1] == "f":
value = "\f" + self.token[1:]
elif self.token[:1] == "r":
value = "\r" + self.token[1:]
elif self.token[:1] == "u":
value = _chr(int(self.token[1:5], 16)) + self.token[5:]
else:
value = self.token
self.buf_append(value)
self.state = self.before
def EscapeState(self):
if self.token[:1] == "t":
value = "\t" + self.token[1:]
elif self.token[:1] == "n":
value = "\n" + self.token[1:]
elif self.token[:1] == "b":
value = "\b" + self.token[1:]
elif self.token[:1] == "f":
value = "\f" + self.token[1:]
elif self.token[:1] == "r":
value = "\r" + self.token[1:]
elif self.token[:1] == "u":
value = _chr(int(self.token[1:5], 16)) + self.token[5:]
else:
value = self.token
self.buf_append(value)
self.state = self.before
def _read_string(self):
self.__text.mark()
try:
src, value = [self._read_literal('"')], []
while True:
chunk = self.__text.read_until_any(('"', '\\'))
src.append(chunk)
value.append(chunk[:-1])
if chunk.endswith('\\'):
ch = self.__text.read()
src.append(ch)
if ch in '"/\\':
value.append(ch)
elif ch == 'b':
value.append('\b')
elif ch == 'f':
value.append('\f')
elif ch == 'n':
value.append('\n')
elif ch == 'r':
value.append('\r')
elif ch == 't':
value.append('\t')
elif ch == 'u':
n = 0
for i in range(4):
ch = self.__text.read()
src.append(ch)
n = 16 * n + int(ch, 16)
value.append(_chr(n))
else:
raise UnexpectedCharacter(ch)
else:
return "".join(src), "".join(value)
except AwaitingData:
self.__text.undo()
raise
def _read_string(self):
self.__text.mark()
try:
src, value = [self._read_literal('"')], []
while True:
chunk = self.__text.read_until_any(('"', '\\'))
src.append(chunk)
value.append(chunk[:-1])
if chunk.endswith('\\'):
ch = self.__text.read()
src.append(ch)
if ch in '"/\\':
value.append(ch)
elif ch == 'b':
value.append('\b')
elif ch == 'f':
value.append('\f')
elif ch == 'n':
value.append('\n')
elif ch == 'r':
value.append('\r')
elif ch == 't':
value.append('\t')
elif ch == 'u':
n = 0
for i in range(4):
ch = self.__text.read()
src.append(ch)
n = 16 * n + int(ch, 16)
value.append(_chr(n))
else:
raise UnexpectedCharacter(ch)
else:
return "".join(src), "".join(value)
except AwaitingData:
self.__text.undo()
raise
def unichr_impl(cp):
return _chr(cp)
def unichr_impl(cp):
return _chr(cp)