def get_predicate_boolean(expression: nlpql_parserParser.PredicateBooleanContext, define_name, final):
print(expression)
operator = ""
entities = list()
op = PhenotypeOperations(define_name, operator, entities, final=final, raw_text=get_pretty_text(expression))
return op
def get_not_expression(expression: nlpql_parserParser.ExpressionContext, define_name, final):
print(expression)
entities = list()
operator = ""
op = PhenotypeOperations(define_name, operator, entities, final=final, raw_text=get_pretty_text(expression))
return op
def get_logical_expression(expression: nlpql_parserParser.ExpressionContext, define_name, final):
print(expression)
entities = list()
operator = list()
for c in expression.getChildren():
if type(c) == nlpql_parserParser.ExpressionContext:
get_generic_expression(c, entities, operator)
elif type(c) == nlpql_parserParser.LogicalOperatorContext:
operator.append(c.getText())
op = PhenotypeOperations(define_name, operator[0], entities, final=final, raw_text=get_pretty_text(expression))
return op
def get_predicate_expression(expression: nlpql_parserParser.PredicateContext, define_name, final):
print(expression)
entities = list()
operator = ""
for c in expression.getChildren():
if is_operator(c):
operator = c.getText().strip('"')
elif type(c) == nlpql_parserParser.PredicateContext:
pc = get_predicate_context(c)
if pc:
if type(pc) == list:
entities.extend(pc)
else:
entities.append(pc)
op = PhenotypeOperations(define_name, operator, entities, final=final, raw_text=get_pretty_text(expression))
return op
