def structured_query(query_string):
try:
node_tree = grammar.parse(query_string)
except IncompleteParseError:
query_string = fix_quotes(query_string)
node_tree = grammar.parse(query_string)
return DictFormater().visit(node_tree)
def structured_query(query_string):
try:
node_tree = grammar.parse(query_string)
except IncompleteParseError:
query_string = fix_quotes(query_string)
node_tree = grammar.parse(query_string)
return DictFormater().visit(node_tree)
def from_raw_query(cls, query_string):
"""Given a raw string (typically typed by the user),
parse to a structured format and initialize the class.
"""
try:
node_tree = grammar.parse(query_string)
except IncompleteParseError:
query_string = cls.fix_quotes(query_string)
node_tree = grammar.parse(query_string)
structured_query = DictFormater().visit(node_tree)
return cls(structured_query)
def from_raw_query(cls, query_string):
"""Parse raw string to query.
Given a raw string (typically typed by the user),
parse to a structured format and initialize the class.
"""
try:
node_tree = grammar.parse(query_string)
except IncompleteParseError:
query_string = cls.fix_quotes(query_string)
node_tree = grammar.parse(query_string)
structured_query = DictFormater().visit(node_tree)
return cls(
[t for t in structured_query if t[1].lower() not in STOPWORDS])