luaur_ast/methods/
parser_parse_table_indexer.rs

1use crate::enums::ast_table_access::AstTableAccess;
2use crate::records::ast_table_indexer::AstTableIndexer;
3use crate::records::lexeme::Lexeme;
4use crate::records::location::Location;
5use crate::records::parser::Parser;
6use crate::records::position::Position;
7use crate::records::table_indexer_result::TableIndexerResult;
8
9impl Parser {
10    pub fn parse_table_indexer(
11        &mut self,
12        access: AstTableAccess,
13        access_location: Option<Location>,
14        begin: Lexeme,
15    ) -> TableIndexerResult {
16        let index = self.parse_type_bool(false);
17
18        let indexer_close_found = self.expect_and_consume_char(']', "table field");
19        let indexer_close_position = if indexer_close_found {
20            self.lexer.previous_location().begin
21        } else {
22            Position::missing()
23        };
24
25        let colon_found = self.expect_and_consume_char(':', "table field");
26        let colon_position = if colon_found {
27            self.lexer.previous_location().begin
28        } else {
29            Position::missing()
30        };
31
32        let result = self.parse_type_bool(false);
33
34        let node = unsafe {
35            (*self.allocator).alloc(AstTableIndexer {
36                index_type: index,
37                result_type: result,
38                location: Location::new(begin.location.begin, unsafe {
39                    (*result).base.location.end
40                }),
41                access,
42                access_location,
43            })
44        };
45
46        TableIndexerResult {
47            node,
48            indexer_open_position: begin.location.begin,
49            indexer_close_position,
50            colon_position,
51        }
52    }
53}
luaur_ast/methods/parser_parse_table_indexer.rs

luaur_ast/methods/
parser_parse_table_indexer.rs
