import time as _time
import random as _rand
import main as _main
from bot_libs import syms as _syms

def _debug_data():
  players= _syms.COLORS_NAMES
  weapons= []

  Arena= _main.init_arena()
  for player in players:
    Arena.add_player(player)
  return Arena

def _end_game_debug(alive_players, day):
  last_player= alive_players[0]
  msg= f'{last_player.get_name()} sopravvive e vince dopo {day} lunghi Giorni, conquistando l\'amore eterno di Guarino'
  print(msg)
  return msg

def _random_action(Arena, Player_one):
  _RANDOM_ACTIONS= {
      1: 'attack',
      2: 'move',
      }
  action= _rand.randint(1, len(_RANDOM_ACTIONS))
  msg= ''
  if action == 1:
    # XXX maybe in future this action is available only if you are near to another player
    # so Player_two is no more random, but will be a random near player
    Player_two= _rand.sample(Arena.get_alive_players(), 1)[0]
    while Player_one.get_id() == Player_two.get_id():
      Player_two= _rand.sample(Arena.get_alive_players(), 1)[0]
    _dmg, msg= Player_one.attack(Player_two)
  elif action == 2:
    Map= Arena.get_map()
    available_movements= Map.get_player_available_directions(Player_one)
    if not available_movements:
      # XXX probably should skip this action and look for another action
      return f'{Player_one.get_name()} Pensa a Guarino tutto il giorno'
    _rand.shuffle(available_movements)
    x, y, direction= available_movements[0]
    Player_one.move(x, y)
    Map.init_map_matrix()
    print(Map.get_renderized_map())
    msg= f'{Player_one.get_name()} Si muove verso »»» {direction}'

  return msg

def play_one_day_debug(Arena):
  if not Arena.get_players(): return
  print(f'Giorno #{Arena.day}')
  alive_players= Arena.get_alive_players()
  if len(alive_players) == 1:
    day= Arena.day
    return _end_game_debug(alive_players, day)
  
  daily_events= []
  _rand.shuffle(alive_players)
  for Player_one in alive_players:
    if not Player_one.is_alive(): continue # he could be dead during this day cycle
    msg= _random_action(Arena, Player_one)
    #p_two= _rand.sample(Arena.get_alive_players(), 1)[0]
    #while Player_one.get_id() == p_two.get_id():
      #p_two= _rand.sample(Arena.get_alive_players(), 1)[0]
    #_dmg, msg= Player_one.attack(p_two)
    daily_events.append(msg)
  
  Arena.next_day()
  res= '\n'.join(daily_events)
  return res
  #p_one, p_two= _rand.sample(alive_players, 2)
  #_dmg, msg= p_one.attack(p_two)
  #return msg

def init_debug_simulation():
  Arena= _debug_data()
  while (len(Arena.get_alive_players()) > 1):
    events= play_one_day_debug(Arena)
    print('#################')
    print('#################')
    print('#################')
    print(events)
    print('#################')
    print('#################')
    print('#################')
    _time.sleep(0.3)

def init_debug_loop():
  Arena= _debug_data()
  while (len(Arena.get_alive_players()) > 1):
    alive_players= Arena.get_alive_players()

    p_one, p_two= _rand.sample(alive_players, 2)
    p_one.attack(p_two)

    #Start a day
    #At 23:59:
    Arena.next_day()
    _time.sleep(0.3)
    #End of day

  last_player= Arena.get_alive_players()[0]
  print(f'{last_player.get_name()} sopravvive e vince dopo {Arena.day} lunghi Giorni, conquistando l\'amore eterno di Guarino')

def debug_random_map():
  from entities import map as _map;
  from entities import player;
  M= _map.BrSimMap(players= [player.BrSimPlayer(i) for i in range(20)]);
  res= M.get_renderized_map()
  print(res)

if __name__ == '__main__':
  init_debug()