// Runs a tick of the food spawning facade, while doing some occasional logging to the console.
public void RunTick()
{
if (_ticksLeft > 0)
{
if (_ticksLeft % 10 == 0)
{
string message = $"[GAME STATE] Game will end in {_ticksLeft} ticks.";
Logger.Instance.LogWithColor(ConsoleColor.Blue, message);
}
_arena.FoodSpawningFacade.ExecuteTick();
_ticksLeft--;
// If all players disconnected, save the current state then wait for at least one to join
if (!_arena.Players.Any())
{
// Save the state, so that when a player joins, the game will resume.
var memento = _context.CreateGameStateMemento();
_context.Caretaker.Memento = memento;
var waitState = new WaitingForPlayersToConnectState(_arena, _context);
_context.ChangeState(waitState);
}
}
else
{
// Game has ended, go to post-game.
var postGameCountdownState = new PostGameCountdownState(_arena, _context);
_context.ChangeState(postGameCountdownState);
}
}
// Runs a tick of the food spawning facade, while doing some occasional logging to the console.
public void RunTick()
{
if (_ticksUntilGameEndingSoonCountdown > 0)
{
if (_ticksUntilGameEndingSoonCountdown % 10 == 0)
{
int totalGameTicksLeft = _ticksUntilGameEndingSoonCountdown + _context.GameEndingSoonStateDuration;
string message =
$"[GAME STATE] {_ticksUntilGameEndingSoonCountdown} ticks left until end of game soon countdown. Ticks left until end of game: {totalGameTicksLeft}";
Logger.Instance.LogWithColor(ConsoleColor.Blue, message);
}
_arena.FoodSpawningFacade.ExecuteTick();
_ticksUntilGameEndingSoonCountdown--;
// If all players disconnected, save the current state then wait for a player to join.
if (!_arena.Players.Any())
{
// By saving this state to the context's caretaker, the game will resume when a new player joins again.
var memento = _context.CreateGameStateMemento();
_context.Caretaker.Memento = memento;
var waitState = new WaitingForPlayersToConnectState(_arena, _context);
_context.ChangeState(waitState);
}
}
else
{
// Ending countdown has started.
var gameEndingSoonState = new GameEndingSoonState(_arena, _context);
_context.ChangeState(gameEndingSoonState);
}
}
public void RunTick()
{
if (_ticksLeftUntilGameStarts > 0)
{
if (_ticksLeftUntilGameStarts % 10 == 0)
{
Logger.Instance.LogWithColor(ConsoleColor.Blue,
$"[GAME STATE] {_ticksLeftUntilGameStarts} ticks left until the game starts!");
}
_ticksLeftUntilGameStarts--;
// If no players are connected during the countdown, wait for at least one to join, then restart.
if (!_arena.Players.Any())
{
var waitState = new WaitingForPlayersToConnectState(_arena, _context);
_context.ChangeState(waitState);
}
}
else
{
// Countdown elapsed, game has started.
var gameInProgressState = new GameInProgressState(_arena, _context);
_context.ChangeState(gameInProgressState);
}
}
public void RunTick()
{
// Switch to pregame state if there are players connected, otherwise wait.
if (!_arena.Players.Any())
{
return;
}
// If there is no memento in the caretaker, assume that a new game will start,
// otherwise, restore state.
if (_context.Caretaker.Memento == null)
{
var pregameCountdownState = new PregameCountdownState(_arena, _context);
_context.ChangeState(pregameCountdownState);
}
else
{
var previousStateMemento = _context.Caretaker.Memento;
_context.RestoreFromGameStateMemento(previousStateMemento);
}
}
public void RunTick()
{
if (_ticksLeftUntilPregameStart > 0)
{
if (_ticksLeftUntilPregameStart % 10 == 0)
{
var message =
$"[GAME STATE] If any players are left, the pregame countdown will start in {_ticksLeftUntilPregameStart} ticks.";
Logger.Instance.LogWithColor(ConsoleColor.Blue, message);
}
_ticksLeftUntilPregameStart--;
// If no players are connected, let the state run its course.
}
else
{
// Post-game ended, go to pregame.
var pregameCountdownState = new PregameCountdownState(_arena, _context);
_context.ChangeState(pregameCountdownState);
}
}
