void ExplodingInit(TimePieceStates previous)
{
//
// Initial burst of the time piece.
//
tp.physics = (APhysics)tp.AddComponent(new SimpleGravity(/* friction */ 0.84f, /* gravity */ 1.5f));
tp.physics.AddVelocity(tp.transform.direction * (300 + (float)GameManager.random.NextDouble() * 50));
tp.transform.direction = Vector2.Zero;
var time = 0.7 + GameManager.random.NextDouble() * 0.4;
TaskScheduler.AddTask(() =>
{
if (tp.objectFollowing != null)
{
Init(TimePieceStates.Following);
}
else
{
tp.done = true;
}
}, time, time, tp.id);
}
void OpenedStateInit(string previous)
{
TaskScheduler.AddTask(() => {
GameObjectManager.AddObject(
new Explosion(
this.transform.position + new Vector2(
8 + (float)GameManager.random.NextDouble() * 8 - 4,
8 + (float)GameManager.random.NextDouble() * 8 - 4)));
((Camera)GameObjectManager.FindObjectWithTag("camera"))?.AddShake(0.1);
},
0.3, 1.8, this.id
);
TaskScheduler.AddTask(() => {
done = true;
for (int i = 0; i < 4; i += 1)
{
GameObjectManager.AddObject(
new Explosion(
this.transform.position + new Vector2(
8 + (float)GameManager.random.NextDouble() * 8 - 4,
8 + (float)GameManager.random.NextDouble() * 8 - 4)));
}
((Camera)GameObjectManager.FindObjectWithTag("camera"))?.AddShake(0.4);
//
// Remove map cell.
//
var celPos = util.CorrespondingCelIndex(this.transform.position);
GameManager.pico8.Memory.Mset((int)celPos.X, (int)celPos.Y, 0);
},
2, 2, this.id
);
}
public static void Start(string[] args)
{
Console.WriteLine("Press \'q\' to quit.");
BrowserWatcherBase.InitializeEnvironment();
var schedule = new Schedule(ConfigurationManager.AppSettings["Frequency"],
ConfigurationManager.AppSettings["FrequencyValue"],
ConfigurationManager.AppSettings["Skip"],
ConfigurationManager.AppSettings["SkipValue"]);
if (!schedule.IsSingleRun())
{
Logger.Info("Start in Scheduled Mode");
int interval = 1;
int.TryParse(ConfigurationManager.AppSettings["SchedulerBaseInterval"], out interval);
TaskScheduler scheduler = new TaskScheduler(interval);
scheduler.AddTask(StartReconsiliation, schedule);
scheduler.Start();
while (Console.Read() != 'q')
{
;
}
}
else
{
Logger.Info("Start in Single Run Mode");
StartReconsiliation();
Logger.Info("Checking Finished");
}
}
void HalfInit(SpikeStates previous)
{
_spike.sprite.index = 121;
_spike.collisionBox = null;
task = TaskScheduler.AddTask(() => Init(SpikeStates.Full), changeStateTime, changeStateTime, _spike.id);
}
void RunningInit(TortugaStates previous)
{
_tortuga.GetComponent <APhysics>().maxSpeed = 15f;
vanishingStateTask = TaskScheduler.AddTask(() => Init(TortugaStates.Vanishing), vanishingTime, vanishingTime, _tortuga.id);
//
// Choose a direction away from the player.
//
Action directionChooser = () =>
{
var player = GameObjectManager.FindObjectWithTag("player");
if (player != null)
{
var awayDir = _tortuga.transform.position - player.transform.position;
// Find a random direction vector that is the direction away from the player rotated
// by at most 90 or -90 degrees, making sure that the resulting vector is still facing
// away from the player.
var randAngle = GameManager.random.NextDouble() * Math.PI - Math.PI / 2;
_tortuga.transform.direction = new Vector2(
awayDir.X * (float)Math.Cos(randAngle) - awayDir.Y * (float)Math.Sin(randAngle),
awayDir.X * (float)Math.Sin(randAngle) + awayDir.Y * (float)Math.Cos(randAngle));
}
};
directionChooser();
directionChooserTask = TaskScheduler.AddTask(directionChooser, changeDirectionTime, -1, _tortuga.id);
}
void StillInit(GooseStates previous)
{
_goose.transform.direction = Vector2.Zero;
TaskScheduler.AddTask(() => { if (State == GooseStates.Still)
{
Init(GooseStates.Wondering);
}
}, 2, 2, _goose.id);
}
/// <inheritdoc />
protected override void DoOnStart()
{
SetupEventGenerators(_scheduler);
MessageBuilder messageBuilder = new MessageBuilder();
_scheduler.AddTask(messageBuilder, LocalConfiguration.General.ConsumerInterval, DateTime.UtcNow);
// This will take over the current running thread - this flag can be changed if we want this thread to detach and execute something else
_scheduler.Start(runInCurrentThread: true);
}
/// <summary>
/// Sets up the generation of events, as defined in the configuration, wit hthe proper intervals between them, to avoid overloading the system
/// </summary>
/// <param name="scheduler">The scheduler to setup the event generators in</param>
protected void SetupEventGenerators(TaskScheduler scheduler)
{
DateTime timeToStartTask = DateTime.UtcNow;
TimeSpan timeSpanBetweenGeneratorInvocation = new TimeSpan(LocalConfiguration.General.ProducerInterval.Ticks / EventGenerators.Count());
foreach (var generator in EventGenerators)
{
EventProducer producer = new EventProducer(generator);
scheduler.AddTask(producer, LocalConfiguration.General.ProducerInterval, timeToStartTask);
timeToStartTask = timeToStartTask.Add(timeSpanBetweenGeneratorInvocation);
}
}
void WonderingInit(GooseStates previous)
{
var physics = _goose.GetComponent <APhysics>();
if (physics != null)
{
physics.maxSpeed = _goose.baseSpeed;
}
_goose.transform.direction = Vector2.Zero;
Action wonderingDirFunc = () =>
{
// Find a random direction vector that is the direction away from the player rotated
// by at most 90 or -90 degrees, making sure that the resulting vector is still facing
// away from the player.
var randAngle = GameManager.random.NextDouble() * 2 * Math.PI;
targetDir = new Vector2((float)Math.Sin(randAngle), (float)Math.Cos(randAngle));
targetDir.Normalize();
Debug.Log($"{_goose.GetType().FullName} Wondering State direction angle is {randAngle}");
targetPosition = _goose.transform.position + targetDir * 20;
};
wonderingDirTask = TaskScheduler.AddTask(wonderingDirFunc, changeDirTime, -1, _goose.id);
//
// Choose a direction away from the player at first.
//
var p = GameObjectManager.FindObjectWithTag("player");
if (p != null)
{
var awayDir = _goose.transform.position - p.transform.position;
// Find a random direction vector that is the direction away from the player rotated
// by at most 90 or -90 degrees, making sure that the resulting vector is still facing
// away from the player.
var randAngle = GameManager.random.NextDouble() * Math.PI - Math.PI / 2;
targetDir = new Vector2(
awayDir.X * (float)Math.Cos(randAngle) - awayDir.Y * (float)Math.Sin(randAngle),
awayDir.X * (float)Math.Sin(randAngle) + awayDir.Y * (float)Math.Cos(randAngle));
targetDir.Normalize();
Debug.Log($"{_goose.GetType().FullName} Wondering State direction angle is {randAngle}");
targetPosition = _goose.transform.position + targetDir * 10;
}
}
public void OnActive()
{
if (_weapon != null)
{
_ts.AddTask(new Task(
() =>
{
Debug.Log("Action!");
var obj = Instantiate(_weapon, transform);
obj.GetComponent <Weapon>().Launch();
}
));
}
}
public virtual double TakeHit(double hitAmount)
{
if (isInvincible)
{
return(0);
}
isInvincible = true;
TaskScheduler.AddTask(() => { isInvincible = false; }, invTime, invTime, this.id);
TaskScheduler.AddTask(() => isInvisible = !isInvisible, invisibleTime, invTime, this.id);
if (doesDamage)
{
doesDamage = false;
TaskScheduler.AddTask(() => { doesDamage = true; }, invTime / 2, invTime / 2, this.id);
}
lifeTime -= hitAmount;
// If enemy is very close to being dead, kill it anyway
if (lifeTime < 0.5)
{
lifeTime = 0;
}
if (lifeTime <= 0)
{
deathType = DeathType.HIT;
}
//
// Play audio effect
//
GameManager.pico8.Audio.Sfx(0);
//
// Give a bonus time in the last hit.
//
var timeAmount = hitAmount;
if (lifeTime <= 0.5)
{
ControllerVibration.SetVibration(0, 1f, 1f, 0.1);
timeAmount *= 1.5f;
}
return(Math.Ceiling(timeAmount));
}
void DyingInit(PlayerStates prev)
{
_player.RemoveComponent <AInput>();
TaskScheduler.AddTask(() => {
_player.fadeOut = true;
_player.fadeOutTime = 2 * deadTime / 3;
}, deadTime / 3, deadTime / 3, _player.id);
TaskScheduler.AddTask(() => {
Init(PlayerStates.Dead);
}, deadTime, deadTime, _player.id);
ControllerVibration.SetVibration(0, 1, 1, deadTime);
}
public DialogueBox(List <string> messages) : base(Vector2.Zero, null)
{
_messages = messages;
// Task to advance each letter in the message.
TaskScheduler.AddTask(() => {
if (_currentLength < _messages[_currentMessage].Length)
{
_currentLength += 1;
}
}, _letterTime, -1, this.id);
AddComponent(new InteractableInput());
depth = 10000;
}
public Altar(Vector2 position) : base(position)
{
_key = new Key(position + new Vector2(4, -2));
GameObjectManager.AddObject(_key);
TaskScheduler.AddTask(() => {
var smoke = new Smoke(position + new Vector2(4 + (float)GameManager.random.NextDouble() * 8, 8));
smoke.SetColor(9);
smoke.SetRadius(1, 1.5f);
ParticleManager.AddParticle(smoke);
}, 0.1f, -1, this.id);
AddComponent(new P8Sprite(78, 2, 2));
depth = -1000;
}
/// <inheritdoc />
protected override void DoOnStart()
{
SetupEventGenerators(_producerScheduler);
MessageBuilder messageBuilder = new MessageBuilder();
_consumerScheduler.AddTask(messageBuilder, LocalConfiguration.General.ConsumerInterval, DateTime.UtcNow);
_producerScheduler.Start();
_consumerScheduler.Start();
// TODO: keep alive properly
while (!CancellationTokenSource.IsCancellationRequested)
{
Thread.Sleep(5000);
}
}
public override void OnDestroy()
{
base.OnDestroy();
//
// Schedule a respawn only if it has previously died.
//
if (lifeTime <= 0)
{
var celPos = new Vector2((float)Math.Floor(startPosition.X / 8), (float)Math.Floor(startPosition.Y / 8));
GameManager.pico8.Memory.Mset((int)celPos.X, (int)celPos.Y, 0);
TaskScheduler.AddTask(() => {
GameManager.pico8.Memory.Mset((int)celPos.X, (int)celPos.Y, (byte)spriteIndex);
}, respawnTime, respawnTime, -1
);
}
}
public override void Update(GameTime gameTime)
{
var pi = GameObjectManager.playerInstance;
if (pi == null)
{
return;
}
Vector2 nextIndex = util.CorrespondingMapIndex(pi.collisionBox.middle);
if (currentIndex.X != nextIndex.X || currentIndex.Y != nextIndex.Y)
{
Debug.Log($"Got into map index ( {nextIndex.X}, {nextIndex.Y} )");
if (toDestroy != null)
{
foreach (var obj in toDestroy)
{
obj.done = true;
}
toDestroy = null;
}
currentIndex = nextIndex;
toDestroy = GameObjectManager.FindObjectsWithTag("nonpersistent");
if (toDestroy != null)
{
foreach (var obj in toDestroy)
{
obj.isPaused = true;
TaskScheduler.AddTask(() => {
obj.done = true;
Debug.Log($"{obj.GetType().FullName} is done");
}, 0.5, 0.5, this.id);
}
}
TaskScheduler.AddTask(() => toDestroy = null, 0.5, 0.5, this.id);
InstantiateEntities(currentIndex);
}
}
void WonderingInit(BatStates previous)
{
var physics = _bat.GetComponent <APhysics>();
physics.friction = 0.99f;
physics.maxSpeed = _bat.baseSpeed / 4;
physics.acceleration = physics.maxSpeed / 4;
_bat.transform.direction = Vector2.Zero;
//
// Set correct animation.
//
_bat.RemoveComponent <SpriteAnimation>();
_bat.flyingAnim.Reset();
_bat.flyingAnim.animationFrameLength = _bat.animationLength / (_bat.flyingAnim.spriteList.Count);
_bat.AddComponent(_bat.flyingAnim);
//
// Chooses a new position after some time.
//
targetPosition = _bat.transform.position;
Action func = () =>
{
var dir = GameManager.random.NextDouble() * 2 * Math.PI;
var length = (float)GameManager.random.NextDouble() * (wonderingLengthMax - wonderingLengthMin) + wonderingLengthMin;
targetPosition = new Vector2((float)Math.Sin(dir), (float)Math.Cos(dir)) * length + _bat.transform.position;
targetDir = targetPosition - _bat.transform.position;
if (targetDir != Vector2.Zero)
{
targetDir.Normalize();
}
};
func();
targetPosTask = TaskScheduler.AddTask(func, newPositionInterval, -1, _bat.id);
}
public double TakeHit(double hitAmount)
{
if (IsInvincible)
{
return(0);
}
IsInvincible = true;
CanAttack = false;
TaskScheduler.AddTask(() => { IsInvincible = false; isInvisible = false; }, invTime, invTime, this.id);
TaskScheduler.AddTask(() => { CanAttack = true; }, invTime / 2, invTime / 2, this.id);
TaskScheduler.AddTask(() => isInvisible = !isInvisible, invisibleTime, invTime - 0.1, this.id);
lifeTime -= hitAmount;
ControllerVibration.SetVibration(0, 1f, 1f, 0.2);
GameManager.pico8.Audio.Sfx(1);
return(lifeTime > 0 ? hitAmount : hitAmount + lifeTime);
}
void FullInit(SpikeStates previous)
{
_spike.sprite.index = 122;
for (int i = 0; i < particleNumber; i += 1)
{
var smoke =
new Smoke(_spike.transform.position + new Vector2(1 + GameManager.random.Next(6), GameManager.random.Next(6)));
smoke.SetRadius(1, 1.5f);
smoke.SetMaxMoveSpeed(10f + (float)GameManager.random.NextDouble() * 5f);
smoke.SetRadiusDecreaseSpeed(3f + (float)GameManager.random.NextDouble());
ParticleManager.AddParticle(smoke);
}
_spike.collisionBox = new Box(_spike.transform.position, new Vector2(6, 6), false, new Vector2(1, 1));
((Camera)GameObjectManager.FindObjectWithTag("camera"))?.AddShake(0.1);
task = TaskScheduler.AddTask(() => Init(SpikeStates.Down), changeStateTime, changeStateTime, _spike.id);
}
void ChargingInit(BatStates previous)
{
TaskScheduler.AddTask(() => Init(BatStates.Attacking), 1.5f, 1.5f, _bat.id);
var physics = _bat.GetComponent <APhysics>();
physics.friction = 0.98f;
physics.acceleration = _bat.baseSpeed / 10;
physics.maxSpeed = _bat.baseSpeed / 5;
//
// Set correct animation.
//
//_bat.RemoveComponent<AGraphics>();
//_bat.chargingAnim.Reset();
//_bat.chargingAnim.animationFrameLength = _bat.animationLength;
//_bat.AddComponent(_bat.chargingAnim);
}
public override void OnCollision(GameObject other)
{
base.OnCollision(other);
if (timePiecesSpawned != null)
{
foreach (var tp in timePiecesSpawned)
{
tp.objectFollowing = this;
}
}
if (other.tags.Contains("player_attack"))
{
if (gooseStateMachine.State != GooseStates.Chasing)
{
gooseStateMachine.Init(GooseStates.Still);
TaskScheduler.AddTask(() => gooseStateMachine.Init(GooseStates.Chasing), 1, 1, this.id);
}
}
}
void DeadInit(EnemyStates prev)
{
TaskScheduler.AddTask(() => _enemy.done = true, deadTime, deadTime, _enemy.id);
_enemy.fadeOut = true;
_enemy.fadeOutTime = 2 * deadTime / 3;
var p = _enemy.GetComponent <APhysics>();
if (p == null)
{
return;
}
p.maxSpeed /= 2;
if (_enemy.deathType == Enemy.DeathType.HIT)
{
_enemy.collisionBox = null;
}
_enemy.doesDamage = false;
}
void WonderingInit(TortugaStates previous)
{
_tortuga.GetComponent <APhysics>().maxSpeed = 10f;
//
// Chooses a new position after some time.
//
targetPosition = _tortuga.transform.position;
Action func = () =>
{
var dir = GameManager.random.NextDouble() * 2 * Math.PI;
var length = (float)GameManager.random.NextDouble() * (wonderingLengthMax - wonderingLengthMin) + wonderingLengthMin;
targetPosition = new Vector2((float)Math.Sin(dir), (float)Math.Cos(dir)) * length + _tortuga.transform.position;
targetDir = targetPosition - _tortuga.transform.position;
if (targetDir != Vector2.Zero)
{
targetDir.Normalize();
}
};
targetPosTask = TaskScheduler.AddTask(func, newPositionInterval, -1, _tortuga.id);
}
private void AddTask(ScheduledTask task)
{
TaskScheduler.AddTask(task);
}
public GamblingModule()
{
if (!Global.Config.IsMainBot)
{
lotteryId = taskScheduler.AddTask(0, (s) =>
{
long size = (Global.RedisClient as StackExchangeCacheClient).Client.GetDatabase(0).ListLength(lotteryKey);
if (size == 0)
{
return;
}
string value = (Global.RedisClient as StackExchangeCacheClient).Client.GetDatabase(0).ListGetByIndex(lotteryKey, MikiRandom.Next(size));
ulong winnerId = ulong.Parse(value);
int wonAmount = (int)Math.Round(size * 100 * 0.75);
IDiscordUser user = null; //Bot.Instance.ChatClient.GetUser(winnerId);
using (var context = new MikiContext())
{
long id = winnerId.ToDbLong();
User profileUser = context.Users.Find(id);
if (user != null)
{
IDiscordChannel channel = user.GetDMChannel().Result;
EmbedBuilder embed = new EmbedBuilder()
{
Author = new EmbedAuthor()
{
Name = "Winner winner chicken dinner",
IconUrl = user.GetAvatarUrl()
},
Description = $"Wow! You won the lottery and gained {wonAmount} mekos!"
};
profileUser.AddCurrencyAsync(wonAmount, channel);
embed.ToEmbed().QueueToChannel(channel);
context.SaveChanges();
Global.RedisClient.RemoveAsync(lotteryKey);
Global.RedisClient.UpsertAsync("lottery:winner", profileUser.Name ?? "unknown");
lotteryDict.ClearAsync();
var lotteryAchievement = AchievementManager.Instance.GetContainerById("lottery");
if (wonAmount > 100000)
{
lotteryAchievement.Achievements[0].UnlockAsync(channel, user, 0);
}
if (wonAmount > 10000000)
{
lotteryAchievement.Achievements[1].UnlockAsync(channel, user, 1);
}
if (wonAmount > 250000000)
{
lotteryAchievement.Achievements[2].UnlockAsync(channel, user, 1);
}
}
}
}, "", new TimeSpan(0, 1, 0, 0), true);
}
}
public static void RunCommand(string command)
{
string[] args = CommandInterpreter.ParseCommand(command);
if (args.Length > 0)
{
switch (args[0].ToLower())
{
case "exit":
Application.Exit();
break;
case "mmrl":
ModuleManager.UnloadModules();
ModuleManager.LoadModules(Settings.ModulePath, false);
break;
case "settings":
string[] setargs = new string[args.Length - 1];
Array.Copy(args, 1, setargs, 0, setargs.Length);
Settings.Execute(setargs);
break;
case "task":
// Will create a task on a separate thread to run the input following "task"
// as a module command.
string[] modargs = new string[args.Length - 1];
Array.Copy(args, 1, modargs, 0, modargs.Length);
Scheduler.AddTask(modargs);
break;
default:
// Default command line action is to interpret the input as a module command
// and execute the module on the same thread. Modules must already be loaded to be received.
// Will execute all modules registered with that command in the order of loading.
if (args.Length > 0)
{
string cmd = args[0];
// See if the second argument is a module command.
if (ModuleManager.CommandRegistry.ContainsKey(cmd))
{
IModule mod = ModuleManager.GetExistingModule(ModuleManager.CommandRegistry[cmd]);
mod.OnLoad();
if (args.Length > 1)
{
string[] extraargs = new string[args.Length - 1];
Array.Copy(args, 1, extraargs, 0, extraargs.Length);
mod.Execute(extraargs);
}
else
{
mod.Execute(new string[] { });
}
mod.OnExit();
}
else
{
Core.Output("Command not recognized. No module loaded with registered command '" + cmd + "'.");
}
}
break;
}
}
}
public async Task GiveawayAsync(EventContext e)
{
DiscordEmoji emoji = new DiscordEmoji();
emoji.Name = "🎁";
e.Arguments.Take(out string giveawayText);
while (!e.Arguments.Pack.Peek().StartsWith("-"))
{
giveawayText += " " + e.Arguments.Pack.Take();
}
var mml = new MMLParser(e.Arguments.Pack.TakeAll()).Parse();
int amount = mml.Get("amount", 1);
TimeSpan timeLeft = mml.Get("time", "1h").GetTimeFromString();
if (amount > 10)
{
await e.ErrorEmbed("We can only allow up to 10 picks per giveaway")
.ToEmbed().QueueToChannelAsync(e.Channel);
return;
}
giveawayText = giveawayText + ((amount > 1) ? " x " + amount : "");
List <IDiscordUser> winners = new List <IDiscordUser>();
IDiscordMessage msg = await CreateGiveawayEmbed(e, giveawayText)
.AddField("Time", timeLeft.ToTimeString(e.Locale), true)
.AddField("React to participate", "good luck", true)
.ToEmbed().SendToChannel(e.Channel);
await msg.CreateReactionAsync(emoji);
int updateTask = -1;
int task = taskScheduler.AddTask(e.Author.Id, async(desc) =>
{
msg = await e.Channel.GetMessageAsync(msg.Id);
if (msg != null)
{
await msg.DeleteReactionAsync(emoji);
await Task.Delay(1000);
var reactions = await msg.GetReactionsAsync(emoji);
//do
//{
// reactions.AddRange();
// reactionsGained += 100;
//} while (reactions.Count == reactionsGained);
// Select random winners
for (int i = 0; i < amount; i++)
{
if (reactions.Count == 0)
{
break;
}
int index = MikiRandom.Next(reactions.Count);
winners.Add(reactions[index]);
}
if (updateTask != -1)
{
taskScheduler.CancelReminder(e.Author.Id, updateTask);
}
string winnerText = string.Join("\n", winners.Select(x => x.Username + "#" + x.Discriminator).ToArray());
if (string.IsNullOrEmpty(winnerText))
{
winnerText = "nobody!";
}
await msg.EditAsync(new EditMessageArgs
{
embed = CreateGiveawayEmbed(e, giveawayText)
.AddField("Winners", winnerText)
.ToEmbed()
});
}
}, "description var", timeLeft);
}
public async Task GiveawayAsync(EventContext e)
{
//Emoji emoji = new Emoji("🎁");
var arg = e.Arguments.FirstOrDefault();
string giveAwayText = arg?.Argument ?? "";
arg = arg?.Next();
while (!(arg?.Argument ?? "-").StartsWith("-"))
{
giveAwayText += " " + arg.Argument;
arg = arg?.Next();
}
var mml = new MMLParser(arg?.TakeUntilEnd()?.Argument ?? "").Parse();
bool isUnique = mml.Get("unique", false);
int amount = mml.Get("amount", 1);
TimeSpan timeLeft = mml.Get("time", "1h").GetTimeFromString();
if (amount > 10)
{
e.ErrorEmbed("We can only allow up to 10 picks per giveaway")
.ToEmbed().QueueToChannel(e.Channel);
return;
}
giveAwayText = giveAwayText + ((amount > 1) ? " x " + amount : "");
List <IDiscordUser> winners = new List <IDiscordUser>();
IDiscordMessage msg = await CreateGiveawayEmbed(e, giveAwayText)
.AddField("Time", (DateTime.Now + timeLeft).ToShortTimeString(), true)
.AddField("React to participate", "good luck", true)
.ToEmbed().SendToChannel(e.Channel);
//await (msg as IUserMessage).AddReactionAsync(emoji);
int updateTask = -1;
int task = taskScheduler.AddTask(e.Author.Id, async(desc) =>
{
//msg = await e.Channel.GetMessageAsync(msg.Id);
if (msg != null)
{
//await msg.RemoveReactionAsync(emoji, await e.Guild.GetCurrentUserAsync());
List <IDiscordUser> reactions = new List <IDiscordUser>();
int reactionsGained = 0;
do
{
//reactions.AddRange(await (msg as IUserMessage).GetReactionUsersAsync(emoji, 100, reactions.LastOrDefault()?.Id ?? null));
reactionsGained += 100;
} while (reactions.Count == reactionsGained);
// Select random winners
for (int i = 0; i < amount; i++)
{
if (reactions.Count == 0)
{
break;
}
int index = MikiRandom.Next(reactions.Count);
winners.Add(reactions[index]);
if (isUnique)
{
reactions.RemoveAt(index);
}
}
if (updateTask != -1)
{
taskScheduler.CancelReminder(e.Author.Id, updateTask);
}
string winnerText = string.Join("\n", winners.Select(x => x.Username + "#" + x.Discriminator).ToArray());
if (string.IsNullOrEmpty(winnerText))
{
winnerText = "nobody!";
}
await msg.EditAsync(new EditMessageArgs
{
embed = CreateGiveawayEmbed(e, giveAwayText)
.AddField("Winners", winnerText)
.ToEmbed()
});
}
}, "description var", timeLeft);
}
