// TODO: Write parser tests before implementing the parser.
//       Start with setoption and branch out from there. The commands are finite so you should be able
//       to write a test for each one. Take the time to do this right so that the rest of this project is
//       a cakewalk
//
//       // Also remember to fix the constant thing noted in the lib.rs for uci.... lol
//

extern crate uci;

use uci::parser;

#[test]
fn parse_setoption() {
  let s = "setoption name Hash value 32\n";
  let expected = parser::TokenResult::new(
    parser::Token::SETOPTION,
    parser::Left(Some(
      [
        ("name", parser::CommandValue::Text(String::from("Hash"))),
        ("value", parser::CommandValue::Int(32)),
      ].iter().cloned().collect())
  ));

  let p = parser::Parser::new();

  match p.parse(s) {
    Ok(r) => {
      assert_eq!(r, expected);
    }
    Err(_) => panic!("failed to parse setoption as expected")
  }
}

#[test]
fn parse_uci() {
  let s = "uci\n";
  let expected = parser::TokenResult::new(
    parser::Token::UCI, parser::Left(None);

  let p = parser::Parser::new();

  match p.parse(s) {
    Ok(r) => {
      assert_eq!(r, expected);
    }
    Err(_) => panic!("failed to parse uci as expected")
  }
}

#[test]
fn parse_debug() {
  let s = "debug on\n";
  let expected = parser::TokenResult::new(
    parser::Token::DEBUG, parser::Right("on")
  );

  let p = parser::Parser::new();

  match p.parse(s) {
    Ok(r) => {
      assert_eq!(r, expected);
    }
    Err(_) => panic!("failed to parse uci as expected")
  }
}

#[test]
fn bad_parse() {
  assert_eq!(true, false);
}