SYMBOL INDEX (80 symbols across 11 files)

FILE: demo/src/lib.rs
  type Model (line 11) | struct Model {
  type Msg (line 17) | enum Msg {
  constant EXAMPLE_CODE (line 21) | const EXAMPLE_CODE: &str = "misal x = 2 + 2;
  type Message (line 30) | type Message = Msg;
  type Properties (line 31) | type Properties = ();
  method create (line 32) | fn create(_: Self::Properties, link: ComponentLink<Self>) -> Self {
  method update (line 40) | fn update(&mut self, msg: Self::Message) -> ShouldRender {
  method change (line 50) | fn change(&mut self, _props: Self::Properties) -> ShouldRender {
  method view (line 57) | fn view(&self) -> Html {
  function run_app (line 74) | pub fn run_app() {

FILE: parser/src/ast.rs
  type Literal (line 2) | pub enum Literal {
  type Identifier (line 10) | pub struct Identifier {
  type CallExpression (line 15) | pub struct CallExpression {
  type AssignmentExpression (line 21) | pub struct AssignmentExpression {
  type Expression (line 27) | pub enum Expression {
  type Operator (line 36) | pub enum Operator {
  type BinaryExpression (line 52) | pub struct BinaryExpression {
  type VariableDeclaration (line 59) | pub struct VariableDeclaration {
  type AlternateStatement (line 65) | pub enum AlternateStatement {
  type IfStatement (line 71) | pub struct IfStatement {
  type BlockStatement (line 78) | pub struct BlockStatement {
  type Statement (line 83) | pub enum Statement {
  type Program (line 94) | pub struct Program {

FILE: parser/src/expr.rs
  function op (line 107) | fn op() {
  function binary_expression_literals (line 130) | fn binary_expression_literals() {
  function binary_expression_as_expression (line 145) | fn binary_expression_as_expression() {
  function recursive_binary_expression (line 162) | fn recursive_binary_expression() {
  function basic_call_expression (line 181) | fn basic_call_expression() {
  function fn_with_arguments (line 197) | fn fn_with_arguments() {

FILE: parser/src/identifier.rs
  function alphanumeric (line 18) | fn alphanumeric() {
  function can_start_with_underscore (line 51) | fn can_start_with_underscore() {
  function cannot_start_with_number (line 64) | fn cannot_start_with_number() {

FILE: parser/src/lib.rs
  function parse (line 26) | pub fn parse(input: &str) -> Result<Program, nom::Err<&[u8]>> {

FILE: parser/src/literal.rs
  function boolean (line 38) | fn boolean() {
  function string (line 51) | fn string() {
  function number (line 59) | fn number() {
  function null (line 64) | fn null() {

FILE: parser/src/number.rs
  function is_bin_digit (line 9) | fn is_bin_digit(chr: u8) -> bool {
  function test_bin_literal (line 66) | fn test_bin_literal() {
  function test_decimal_literal (line 73) | fn test_decimal_literal() {
  function test_hex_literal (line 79) | fn test_hex_literal() {
  function test_binary (line 86) | fn test_binary() {
  function test_decimal (line 93) | fn test_decimal() {
  function test_hexadecimal (line 99) | fn test_hexadecimal() {
  function test_integer (line 106) | fn test_integer() {
  function test_number_literal (line 115) | fn test_number_literal() {

FILE: parser/src/statement.rs
  function empty_block_statement (line 137) | fn empty_block_statement() {
  function var_decl_inside_block (line 148) | fn var_decl_inside_block() {
  function recursive_empty_block_statement (line 166) | fn recursive_empty_block_statement() {
  function test_loop_statement (line 181) | fn test_loop_statement() {
  function test_if_statement (line 194) | fn test_if_statement() {
  function test_if_else_statement (line 222) | fn test_if_else_statement() {
  function if_special (line 245) | fn if_special() {
  function recursive_if_else (line 263) | fn recursive_if_else() {
  function simple_expression_statement (line 324) | fn simple_expression_statement() {
  function reassignment (line 340) | fn reassignment() {

FILE: parser/src/variable.rs
  function boolean_assignment (line 27) | fn boolean_assignment() {
  function string_assignment (line 43) | fn string_assignment() {
  function number_assignment (line 59) | fn number_assignment() {
  function null_assignment (line 75) | fn null_assignment() {
  function identifier_assignment (line 91) | fn identifier_assignment() {
  function binary_expression_assignment (line 109) | fn binary_expression_assignment() {

FILE: printer/src/js.rs
  function insert_indent (line 3) | fn insert_indent(depth: u8) -> String {
  function print_literal (line 22) | fn print_literal(l: Literal) -> String {
  function print_identifier (line 40) | fn print_identifier(i: Identifier) -> String {
  function print_binary_expression (line 44) | fn print_binary_expression(b: Box<BinaryExpression>) -> String {
  function print_operator (line 60) | fn print_operator(op: Operator) -> String {
  function print_call_expression (line 77) | fn print_call_expression(c: CallExpression) -> String {
  function print_assignment_expression (line 90) | fn print_assignment_expression(s: AssignmentExpression) -> String {
  function print_expression (line 98) | fn print_expression(e: Expression) -> String {
  function print_block_statement (line 108) | fn print_block_statement(b: BlockStatement, depth: u8) -> String {
  function print_variable_declaration (line 127) | fn print_variable_declaration(v: VariableDeclaration, depth: u8) -> Stri...
  function print_if_statement (line 140) | fn print_if_statement(i: IfStatement, depth: u8, inside_else: bool) -> S...
  function print_loop_statement (line 168) | fn print_loop_statement(b: BlockStatement, depth: u8) -> String {
  function print_statement (line 176) | fn print_statement(s: Statement, depth: u8) -> String {
  function print (line 198) | pub fn print(ast: Program) -> String {
  function name (line 211) | fn name() {

FILE: printer/src/lib.rs
  function to_js (line 7) | pub fn to_js(s: String) -> String {
  function ext_single (line 20) | fn ext_single() {
  function ext_multi (line 26) | fn ext_multi() {