def parse(self, texts, pos=0):
"""Return a parse tree of each ``text`` in list of ``texts``.
Raise ``ParseError`` if the expression wasn't satisfied. Raise
``IncompleteParseError`` if the expression was satisfied but didn't
consume the full string.
"""
# if we have a list of texts, vectorize it
# TODO: fix that this raises error if any one of the nodes fails
# instead just remove node?
if self.is_list_of_strings(texts):
texts = np.array(texts)
vec_match = np.vectorize(self.match)
nodes = vec_match(texts)
for i, node in enumerate(nodes):
if node.end < len(texts[i]):
raise IncompleteParseError(texts[i], node.end, self)
return nodes
else:
# otherwise, proceed normally
node = self.match(texts, pos=pos)
if node.end < len(texts):
raise IncompleteParseError(texts, node.end, self)
return node
def parse(self, text, pos=0):
"""Return a parse tree of ``text``.
Raise ``ParseError`` if the expression wasn't satisfied. Raise
``IncompleteParseError`` if the expression was satisfied but didn't
consume the full string.
"""
node = self.match(text, pos=pos)
if node.end < len(text):
e = IncompleteParseError(text, node.end, self)
e.node = node
raise e
return node
def parse(self, text, pos=0):
"""Return a parse tree of ``text``.
Raise ``ParseError`` if the expression wasn't satisfied. Raise
``IncompleteParseError`` if the expression was satisfied but didn't
consume the full string.
"""
node = self.match(text, pos=pos)
if node.end < len(text):
e = IncompleteParseError(text, node.end, self)
e.node = node
raise e
return node