def parse(self, text, position, endPosition, space):
result = self.parser.parse(text, position, endPosition, space)
if not result:
return failure(result.expected)
if self._passPosition:
translated = self.function(result.value, result.end)
else:
translated = self.function(result.value)
return match(result.end, translated, result.expected)
def parse(self, text, position, endPosition, space):
result = self.parser.parse(text, position, endPosition, space)
if not result:
return failure(result.expected)
if self._passPosition:
translated = self.function(result.value, result.end)
else:
translated = self.function(result.value)
return match(result.end, translated, result.expected)
def parse(self, text, position, end, space):
position = start = space.consume(text, position, end)
regex_match = self.regex.search(text, position, end)
if regex_match:
# print regex_match.start()
position = regex_match.start()
return parcon.match(position, text[start:position].strip(), [(position, parcon.EUnsatisfiable())])
else:
return parcon.failure("regex not found")
def parse(self, text, position, end, space):
position = space.consume(text, position, end)
if position + self.length > end:
return parcon.failure([(position, parcon.ECustomExpectation("struct.unpack format " + repr(self.format)))])
result = struct.unpack(self.format, text[position:position+self.length])
if len(result) == 1:
result = result[0]
else:
result = list(result)
return parcon.match(position + self.length, result, (position + self.length, parcon.EUnsatisfiable()))
def parse(self, text, position, end, space):
position = space.consume(text, position, end)
if position + self.length > end:
return parcon.failure([
(position,
parcon.ECustomExpectation("struct.unpack format " +
repr(self.format)))
])
result = struct.unpack(self.format,
text[position:position + self.length])
if len(result) == 1:
result = result[0]
else:
result = list(result)
return parcon.match(position + self.length, result,
(position + self.length, parcon.EUnsatisfiable()))
