def match(self, text_iterator: TextIterator):
try:
start_pos = text_iterator.current_pos().copy()
if self._object.match(text_iterator):
self._found_obj = self._object
self._start_pos = self._object.get_start_pos().copy()
self._last_pos = self._object.get_last_pos().copy()
return True
except StopIteration:
log.debug("GObject:match - StopIteration")
text_iterator.set_current_pos(start_pos)
return True
def find_last_pos(self, text_iterator: TextIterator) -> Position:
self._name = ''
last_pos = None
it = iter(text_iterator)
try:
while text_iterator.is_valid_pos():
prev_pos = text_iterator.current_pos().copy()
char = next(it)
if not GName.is_name_char(char):
text_iterator.set_current_pos(prev_pos)
break
last_pos = prev_pos
self._name += char
except StopIteration:
log.debug("GName:StopIteration")
if len(self._name) > 0:
log.debug("Found GName: {} ending at pos {}".format(self._name, last_pos))
return last_pos
return None
def match(self, text_iterator: TextIterator):
log.debug("match start")
start_pos = text_iterator.current_pos().copy()
if self._find_matching_braces(text_iterator):
content_start = self._start_pos.copy().move(
1, text_iterator.get_lines())
content_end = self._last_pos.copy().move(-1,
text_iterator.get_lines())
inside_text = text_iterator.get_substr(content_start, content_end)
log.debug("Parsing inside definition: {}\n".format(inside_text))
if self._definitions is not None:
self._body = GObject.parse_definitions(inside_text,
self._definitions)
self._body.set_recursive_definitions(self._definitions)
else:
self._body = GWord(inside_text)
return True
text_iterator.set_current_pos(start_pos)
return False