def __init__(self, context: TokenizationContext, opening_delimiter:str, opening_delimiter_position:StreamPosition, opening_delimiter_position_after:StreamPosition):
Tokenizer.__init__(self, context)
if opening_delimiter != self.__class__.OPENING_DELIMITER:
raise TokenizingError(opening_delimiter_position, "Multiple-escape tokenizer called with unknown opening sequence “%s”" % opening_delimiter)
self.opening_delimiter_position = opening_delimiter_position
self.opening_delimiter_position_after = opening_delimiter_position_after
def __init__(self, context: tokenization_context, opening_delimiter: str,
opening_delimiter_position: StreamPosition,
opening_delimiter_position_after: StreamPosition):
Tokenizer.__init__(self, context)
self.opening_delimiter = opening_delimiter
self.opening_delimiter_position = opening_delimiter_position
self.opening_delimiter_position_after = opening_delimiter_position_after
def __init__(self, context: TokenizationContext, opening_delimiter:str, opening_delimiter_position:StreamPosition, opening_delimiter_position_after:StreamPosition):
Tokenizer.__init__(self, context)
self.opening_delimiter = opening_delimiter
self.opening_delimiter_position = opening_delimiter_position
self.opening_delimiter_position_after = opening_delimiter_position_after
assert len(self.__class__.CLOSING_DELIMITER) == 1 # TODO: handle larger closing delimiters?
def __init__(self, context: TokenizationContext, opening_delimiter:str, opening_delimiter_position:StreamPosition, opening_delimiter_position_after:StreamPosition):
Tokenizer.__init__(self, context)
self.opening_delimiter = opening_delimiter
self.opening_delimiter_position = opening_delimiter_position
self.opening_delimiter_position_after = opening_delimiter_position_after
if opening_delimiter in self.__class__.DELIMITER_PAIRS:
self.closing_delimiter = self.__class__.DELIMITER_PAIRS[opening_delimiter]
def __init__(self, context: TokenizationContext, opening_delimiter:str, opening_delimiter_position:StreamPosition, opening_delimiter_position_after:StreamPosition):
Tokenizer.__init__(self, context)
if opening_delimiter not in self.__class__.DELIMITER_PAIRS:
raise TokenizingError(opening_delimiter_position, "Unregistered delimiter pair, for opening sequence “%s”" % opening_delimiter)
self.opening_delimiter = opening_delimiter[1:]
self.opening_delimiter_position = opening_delimiter_position
self.opening_delimiter_position_after = opening_delimiter_position_after
self.closing_delimiter = self.__class__.DELIMITER_PAIRS[opening_delimiter]
def __init__(self, context: TokenizationContext, opening_delimiter: str,
opening_delimiter_position: StreamPosition,
opening_delimiter_position_after: StreamPosition):
Tokenizer.__init__(self, context)
self.opening_delimiter = opening_delimiter
self.opening_delimiter_position = opening_delimiter_position
self.opening_delimiter_position_after = opening_delimiter_position_after
assert len(self.__class__.CLOSING_DELIMITER
) == 1 # TODO: handle larger closing delimiters?
def __init__(self, context: TokenizationContext, opening_delimiter: str,
opening_delimiter_position: StreamPosition,
opening_delimiter_position_after: StreamPosition):
Tokenizer.__init__(self, context)
self.opening_delimiter = opening_delimiter
self.opening_delimiter_position = opening_delimiter_position
self.opening_delimiter_position_after = opening_delimiter_position_after
if opening_delimiter in self.__class__.DELIMITER_PAIRS:
self.closing_delimiter = self.__class__.DELIMITER_PAIRS[
opening_delimiter]
def __init__(self, context: TokenizationContext, opening_delimiter: str,
opening_delimiter_position: StreamPosition,
opening_delimiter_position_after: StreamPosition):
Tokenizer.__init__(self, context)
if opening_delimiter != self.__class__.OPENING_DELIMITER:
raise TokenizingError(
opening_delimiter_position,
"Multiple-escape tokenizer called with unknown opening sequence “%s”"
% opening_delimiter)
self.opening_delimiter_position = opening_delimiter_position
self.opening_delimiter_position_after = opening_delimiter_position_after
def __init__(self, context: TokenizationContext, opening_delimiter: str,
opening_delimiter_position: StreamPosition,
opening_delimiter_position_after: StreamPosition):
Tokenizer.__init__(self, context)
self.opening_delimiter = opening_delimiter
self.opening_delimiter_position = opening_delimiter_position
self.opening_delimiter_position_after = opening_delimiter_position_after
self.closing_delimiter = opening_delimiter
# toggle '```' tokenizer between macro character and closing sequence
readtable = context.readtable
opening_delimiter_properties = readtable.query(opening_delimiter)[0]
self.my_tokenizer_name = opening_delimiter_properties["tokenizer"]
del opening_delimiter_properties["tokenizer"]
opening_delimiter_properties["type"] = RT.CLOSING
def __init__(self, context: TokenizationContext, opening_delimiter: str,
opening_delimiter_position: StreamPosition,
opening_delimiter_position_after: StreamPosition):
Tokenizer.__init__(self, context)
if opening_delimiter not in self.__class__.DELIMITER_PAIRS:
raise TokenizingError(
opening_delimiter_position,
"Unregistered delimiter pair, for opening sequence “%s”" %
opening_delimiter)
self.opening_delimiter = opening_delimiter[1:]
self.opening_delimiter_position = opening_delimiter_position
self.opening_delimiter_position_after = opening_delimiter_position_after
self.closing_delimiter = self.__class__.DELIMITER_PAIRS[
opening_delimiter]
def __init__(self, context: TokenizationContext, opening_delimiter:str, opening_delimiter_position:StreamPosition, opening_delimiter_position_after:StreamPosition):
Tokenizer.__init__(self, context)
self.opening_delimiter = opening_delimiter
self.opening_delimiter_position = opening_delimiter_position
self.opening_delimiter_position_after = opening_delimiter_position_after
self.closing_delimiter = opening_delimiter
# toggle '```' tokenizer between macro character and closing sequence
readtable = context.readtable
opening_delimiter_properties = readtable.query(opening_delimiter)[0]
self.my_tokenizer_name = opening_delimiter_properties["tokenizer"]
del opening_delimiter_properties["tokenizer"]
opening_delimiter_properties["type"] = RT.CLOSING
def __init__(self,
context: TokenizationContext,
opening_delimiter: str,
opening_delimiter_position: StreamPosition,
opening_delimiter_position_after: StreamPosition):
Tokenizer.__init__(self, context)
if opening_delimiter not in self.__class__.DELIMITER_PAIRS:
raise TokenizingError(opening_delimiter_position,
"Lisp mode tokenizer called with unknown opening delimiter sequence `%s`" % opening_delimiter)
self.opening_delimiter_position = opening_delimiter_position
self.opening_delimiter_position_after = opening_delimiter_position_after
self.closing_delimiter = self.__class__.DELIMITER_PAIRS[opening_delimiter]
if opening_delimiter[0] == "#":
self.opening_delimiter = opening_delimiter
# toggle '(' tokenizer between LispMode and Delimiter tokenizers
readtable = context.readtable
self.set_delimiter_tokenizers(readtable, "LispModeTokenizer", "SharpDelimiterTokenizer")
else:
self.opening_delimiter = '#' + opening_delimiter
def __init__(self, context: TokenizationContext, opening_delimiter: str,
opening_delimiter_position: StreamPosition,
opening_delimiter_position_after: StreamPosition):
Tokenizer.__init__(self, context)
if opening_delimiter not in self.__class__.DELIMITER_PAIRS:
raise TokenizingError(
opening_delimiter_position,
"Lisp mode tokenizer called with unknown opening delimiter sequence `%s`"
% opening_delimiter)
self.opening_delimiter_position = opening_delimiter_position
self.opening_delimiter_position_after = opening_delimiter_position_after
self.closing_delimiter = self.__class__.DELIMITER_PAIRS[
opening_delimiter]
if opening_delimiter[0] == "#":
self.opening_delimiter = opening_delimiter
# toggle '(' tokenizer between LispMode and Delimiter tokenizers
readtable = context.readtable
self.set_delimiter_tokenizers(readtable, "LispModeTokenizer",
"SharpDelimiterTokenizer")
else:
self.opening_delimiter = '#' + opening_delimiter
def __init__(self, context: tokenization_context, opening_delimiter:str, opening_delimiter_position:StreamPosition, opening_delimiter_position_after:StreamPosition):
Tokenizer.__init__(self, context)
self.opening_delimiter = opening_delimiter
self.opening_delimiter_position = opening_delimiter_position
self.opening_delimiter_position_after = opening_delimiter_position_after
def __init__(self, context: TokenizationContext):
assert isinstance(context.stream, IndentedCharacterStream)
Tokenizer.__init__(self, context)
self.last_begin_token = None
def __init__(self, context: TokenizationContext):
assert isinstance(context.stream, IndentedCharacterStream)
Tokenizer.__init__(self, context)
self.last_begin_token = None