Method array_declaration

src/Parser.py:2388–2428

(self, name: str)

        return Node(NodeKind.OP_ASSIGN, elem.ntype, '=', acc_node, elem)

    def array_declaration(self, name: str) -> Node:
        root = None
        elems = []

        while self.curr_token().kind != TokenKind.RBRACE:
            token = self.match_token_from(
                (TokenKind.INT_LIT, TokenKind.CHAR_LIT, TokenKind.IDENT))

            if self.curr_token().kind != TokenKind.RBRACE:
                self.match_token(TokenKind.COMMA)

            elems.append(token)

        arr = Def.arr_map[name]
        if len(elems) > arr.elem_cnt:
            print_error('array_declaration',
                        f'Array {name} can only hold {arr.elem_cnt} elements', self)

        elems.reverse()
        nodes = list(map(self.to_node, elems))

        idx = 0
        arr_node = Node(NodeKind.IDENT, type_of_ident(name), name)

        if len(nodes) == 1:
            root = self.array_elem_declaration(arr_node, nodes.pop(), 0)
        else:
            while len(nodes) > 0:
                if root is None:
                    node = nodes.pop()
                    node2 = nodes.pop()
                    root = Node(NodeKind.GLUE, void_ckind, '', self.array_elem_declaration(
                        arr_node, node, idx), self.array_elem_declaration(arr_node, node2, idx + 1))
                    idx += 2
                else:
                    node = nodes.pop()
                    root = Node(
                        NodeKind.GLUE, void_ckind, '', root, self.array_elem_declaration(arr_node, node, idx))
                    idx += 1

        return root

    def heredoc_declaration(self):
        self.next_line()