def del_stmt(self, stmt_loc, exprs):
        # Python uses exprlist here, but does *not* obey the usual
        # tuple-wrapping semantics, so we embed the rule directly.
        """del_stmt: 'del' exprlist"""
        return ast.Delete(targets=[self._assignable(expr, is_delete=True) for expr in exprs],
                          loc=stmt_loc.join(exprs[-1].loc), keyword_loc=stmt_loc)
def del_stmt(self, stmt_loc, exprs):
        # Python uses exprlist here, but does *not* obey the usual
        # tuple-wrapping semantics, so we embed the rule directly.
        """del_stmt: 'del' exprlist"""
        return ast.Delete(targets=[self._assignable(expr, is_delete=True) for expr in exprs],
                          loc=stmt_loc.join(exprs[-1].loc), keyword_loc=stmt_loc)
def del_stmt ( self , stmt_loc , exprs ) : # Python uses exprlist here, but does *not* obey the usual # tuple-wrapping semantics, so we embed the rule directly. return ast . Delete ( targets = [ self . _assignable ( expr , is_delete = True ) for expr in exprs ] , loc = stmt_loc . join ( exprs [ - 1 ] . loc ) , keyword_loc = stmt_loc )
del_stmt: 'del' exprlist
del_stmt : del exprlist