Axal::Parser

BINARY_OPERATORS = [TokenKind::PLUS, TokenKind::HYPHEN, TokenKind::ASTERISK, TokenKind::FORWARD_SLASH, TokenKind::DOUBLE_EQUALS, TokenKind::NOT_EQUAL, TokenKind::GREATER_THAN, TokenKind::LESS_THAN, TokenKind::GREATER_THAN_OR_EQUAL, TokenKind::LESS_THAN_OR_EQUAL]

LOGICAL_OPERATORS = [TokenKind::OR, TokenKind::AND]

LOWEST_PRECEDENCE = 0

OPERATOR_PRECEDENCE = {TokenKind::OR => 1, TokenKind::AND => 2, TokenKind::DOUBLE_EQUALS => 3, TokenKind::NOT_EQUAL => 3, TokenKind::GREATER_THAN => 4, TokenKind::LESS_THAN => 4, TokenKind::GREATER_THAN_OR_EQUAL => 4, TokenKind::LESS_THAN_OR_EQUAL => 4, TokenKind::PLUS => 5, TokenKind::HYPHEN => 5, TokenKind::ASTERISK => 6, TokenKind::FORWARD_SLASH => 6, TokenKind::LEFT_PAREN => 8}

PREFIX_PRECEDENCE = 7

UNARY_OPERATORS = [TokenKind::EXCLAMATION, TokenKind::HYPHEN]

new(tokens : Array(Axal::Token))

build_token(kind : TokenKind, lexeme, location)

check_syntax_compliance(ast_node)

consume(offset = 1)

consume_if_nxt_is(expected_kind)

lookahead(offset = 1)

parse_binary_operator(left)

parse_expr_recursively(precedence = LOWEST_PRECEDENCE)

parse_function_call(identifier)

unexpected_token_error(expected_kind = nil)