/// <summary>
/// Executes the operation's logic.
/// </summary>
/// <param name="context">A reference to the operation context.</param>
protected override void Execute(IElevatedOperationContext context)
{
var requestor = this.GetRequestor(context.CreatureFinder);
var inThingContainer = this.AtLocation.DecodeContainer(context.Map, context.ContainerManager, out byte index, requestor);
// Adjust index if this a map location.
var existingThing = (this.AtLocation.Type == LocationType.Map && (inThingContainer is ITile fromTile)) ? fromTile.FindItemWithTypeId(this.TypeId) : inThingContainer?.FindThingAtIndex(index);
if (inThingContainer == null || !(existingThing is IItem existingItem))
{
return;
}
// At this point, we have an item to remove, let's proceed.
(bool removeSuccessful, IThing remainder) = inThingContainer.RemoveContent(context.ItemFactory, ref existingThing, index, amount: existingItem.Amount);
if (!removeSuccessful)
{
// Failing to remove the item from the original cylinder stops the entire operation.
return;
}
if (inThingContainer is ITile atTile)
{
this.SendNotification(
context,
new TileUpdatedNotification(
() => context.Map.PlayersThatCanSee(atTile.Location),
atTile.Location,
context.MapDescriptor.DescribeTile));
}
// Evaluate if the new item triggers a separation.
// context.EventRulesApi.EvaluateRules(this, EventRuleType.Separation, new SeparationEventRuleArguments(atCylinder.Location, item, this.GetRequestor(context.CreatureFinder)));
}
/// <summary>
/// Executes the operation's logic.
/// </summary>
/// <param name="context">A reference to the operation context.</param>
protected override void Execute(IElevatedOperationContext context)
{
if (this.Creature is IPlayer player)
{
this.SendNotification(context, new TextMessageNotification(() => player.YieldSingleItem(), MessageType.EventAdvance, "You are dead."));
this.SendNotification(context, new GenericNotification(() => player.YieldSingleItem(), new PlayerCancelWalkPacket(player.Direction), new PlayerDeathPacket()));
}
// Remove the creature...
if (context.Map.GetTileAt(this.Creature.Location) is ITile creatureTile)
{
// Add the corpse.
var corpseCreationArguments = new ItemCreationArguments()
{
TypeId = this.Creature.CorpseTypeId,
};
if (context.ItemFactory.Create(corpseCreationArguments) is IThing corpseCreated && this.AddContentToContainerOrFallback(context, creatureTile, ref corpseCreated))
{
context.GameApi.CreateItemAtLocation(creatureTile.Location, context.PredefinedItemSet.FindPoolForBloodType(this.Creature.BloodType));
}
this.RemoveCreature(context, this.Creature);
}
}
/// <summary>
/// Executes the operation's logic.
/// </summary>
/// <param name="context">A reference to the operation context.</param>
protected override void Execute(IElevatedOperationContext context)
{
var requestor = this.GetRequestor(context.CreatureFinder);
var inThingContainer = this.Item.ParentContainer;
if (inThingContainer == null || !(this.Item is IThing existingThing))
{
return;
}
// At this point, we have an item to remove, let's proceed.
(bool removeSuccessful, IThing remainder) = inThingContainer.RemoveContent(context.ItemFactory, ref existingThing, amount: this.Item.Amount);
if (!removeSuccessful)
{
// Failing to remove the item from the original cylinder stops the entire operation.
return;
}
if (inThingContainer is ITile atTile)
{
this.SendNotification(
context,
new TileUpdatedNotification(
() => context.Map.PlayersThatCanSee(atTile.Location),
atTile.Location,
context.MapDescriptor.DescribeTile));
}
// Evaluate if the new item triggers a separation.
// context.EventRulesApi.EvaluateRules(this, EventRuleType.Separation, new SeparationEventRuleArguments(atCylinder.Location, item, this.GetRequestor(context.CreatureFinder)));
}
/// <summary>
/// Executes the operation's logic.
/// </summary>
/// <param name="context">A reference to the operation context.</param>
protected override void Execute(IElevatedOperationContext context)
{
bool successfulRemoval = this.RemoveCreature(context, this.Creature);
if (!successfulRemoval)
{
// handles check for isPlayer.
// this.NotifyOfFailure();
return;
}
}
/// <summary>
/// Executes the operation's logic.
/// </summary>
/// <param name="context">A reference to the operation context.</param>
protected override void Execute(IElevatedOperationContext context)
{
bool successfulPlacement = this.PlaceCreature(context, this.AtTile, this.Creature);
if (!successfulPlacement)
{
context.Logger.Warning($"Failed to place creature {this.Creature.Name} at {this.AtTile.Location}");
return;
}
}
/// <summary>
/// Executes the operation's logic.
/// </summary>
/// <param name="context">A reference to the operation context.</param>
protected override void Execute(IElevatedOperationContext context)
{
if (this.Creature is IPlayer player)
{
this.SendNotification(context, new TextMessageNotification(() => player.YieldSingleItem(), MessageType.EventAdvance, "You are dead."));
this.SendNotification(context, new GenericNotification(() => player.YieldSingleItem(), new PlayerCancelWalkPacket(player.Direction), new PlayerDeathPacket()));
}
// Give out the experience if this is a monster
if (this.Creature is IMonster monster && monster.ExperienceToYield > 0 && this.Creature is ICombatant monsterCombatant)
{
ulong totalDamageDealt = (ulong)monsterCombatant.DamageTakenInSession.Sum(t => t.Damage);
foreach (var(combatantId, damage) in monsterCombatant.DamageTakenInSession)
{
if (damage == 0)
{
continue;
}
var expPercentage = Convert.ToDecimal(damage) / totalDamageDealt;
var expToGive = (long)Math.Round(monster.ExperienceToYield * expPercentage, 0, MidpointRounding.ToEven);
if (expToGive == 0)
{
continue;
}
if (context.CreatureFinder.FindCreatureById(combatantId) is ICombatant combatantGainingExp)
{
combatantGainingExp.AddExperience(expToGive);
}
}
}
// Remove the creature...
if (context.Map.GetTileAt(this.Creature.Location) is ITile creatureTile)
{
// Add the corpse.
var corpseCreationArguments = new ItemCreationArguments()
{
TypeId = this.Creature.CorpseTypeId,
};
if (context.ItemFactory.Create(corpseCreationArguments) is IThing corpseCreated && this.AddContentToContainerOrFallback(context, creatureTile, ref corpseCreated))
{
context.GameApi.CreateItemAtLocation(creatureTile.Location, context.PredefinedItemSet.FindPoolForBloodType(this.Creature.BloodType));
}
this.RemoveCreature(context, this.Creature);
}
}
/// <summary>
/// Executes the operation's logic.
/// </summary>
/// <param name="context">A reference to the operation context.</param>
protected override void Execute(IElevatedOperationContext context)
{
if (!this.Player.IsDead && this.Player.HasCondition(ConditionType.InFight))
{
this.SendNotification(
context,
new TextMessageNotification(
() => this.Player.YieldSingleItem(),
MessageType.StatusSmall,
"You may not logout during or immediately after a fight."));
return;
}
if (!context.Map.GetTileAt(this.Player.Location, out ITile tile))
{
return;
}
// TODO: more validations missing
using var uow = context.ApplicationContext.CreateNewUnitOfWork();
if (!(uow.Characters.FindByName(this.Player.Name) is CharacterEntity characterEntity))
{
throw new InvalidOperationException($"Unable to find entity for player {this.Player.Name}.");
}
// At this point, we're allowed to log this player out, so go for it.
var playerLocation = this.Player.Location;
var saveAtLocation = this.Player.IsDead ? characterEntity.StartingLocation : playerLocation;
var removedFromMap = context.GameApi.RemoveCreatureFromGame(this.Player);
if (removedFromMap || this.Player.IsDead)
{
if (!this.Player.IsDead)
{
this.SendNotification(context, new GenericNotification(() => context.Map.FindPlayersThatCanSee(playerLocation), new MagicEffectPacket(playerLocation, AnimatedEffect.Puff)));
}
if (this.Player.Client.Connection != null && !this.Player.Client.Connection.IsOrphaned)
{
this.Player.Client.Connection.Close();
}
context.CreatureManager.UnregisterCreature(this.Player);
characterEntity.LastLocation = saveAtLocation;
uow.Complete();
}
}
/// <summary>
/// Executes the operation's logic.
/// </summary>
/// <param name="context">A reference to the operation context.</param>
protected override void Execute(IElevatedOperationContext context)
{
const byte FallbackIndex = 0xFF;
var inThingContainer = this.FromLocation.DecodeContainer(context.Map, context.ContainerManager, out byte index, this.FromCreature);
// Adjust index if this a map location.
var existingThing = (this.FromLocation.Type == LocationType.Map && (inThingContainer is ITile fromTile)) ? fromTile.FindItemWithTypeId(this.FromTypeId) : inThingContainer?.FindThingAtIndex(index);
if (existingThing == null || !(existingThing is IItem existingItem))
{
// Silent fail.
return;
}
IThing thingCreated = context.ItemFactory.Create(ItemCreationArguments.WithTypeId(this.ToTypeId));
if (thingCreated == null)
{
return;
}
// At this point, we have an item to change, and we were able to generate the new one, let's proceed.
(bool replaceSuccessful, IThing replaceRemainder) = inThingContainer.ReplaceContent(context.ItemFactory, existingThing, thingCreated, index, existingItem.Amount);
if (!replaceSuccessful || replaceRemainder != null)
{
this.AddContentToContainerOrFallback(context, inThingContainer, ref replaceRemainder, FallbackIndex, includeTileAsFallback: true, this.GetRequestor(context.CreatureFinder));
}
if (replaceSuccessful)
{
if (inThingContainer is ITile atTile)
{
this.SendNotification(
context,
new TileUpdatedNotification(
() => context.Map.PlayersThatCanSee(atTile.Location),
atTile.Location,
context.MapDescriptor.DescribeTile));
// Evaluate if the new item triggers a collision.
// context.EventRulesApi.EvaluateRules(this, EventRuleType.Collision, new CollisionEventRuleArguments(fromCylinder.Location, existingThing, this.GetRequestor(context.CreatureFinder)));
}
}
}
/// <summary>
/// Executes the operation's logic.
/// </summary>
/// <param name="context">A reference to the operation context.</param>
protected override void Execute(IElevatedOperationContext context)
{
var inThingContainer = this.Item.ParentContainer;
if (!(this.Item is IThing existingThing) || !this.Item.HasExpiration)
{
// Silent fail.
return;
}
var creationArguments = new ItemCreationArguments()
{
TypeId = this.Item.ExpirationTarget
};
if (this.Item.IsLiquidPool)
{
creationArguments.Attributes = new[]
/// <summary>
/// Executes the operation's logic.
/// </summary>
/// <param name="context">A reference to the operation context.</param>
protected override void Execute(IElevatedOperationContext context)
{
context.Scheduler.CancelAllFor(this.Creature.Id, this.TypeToCancel);
if (this.Creature is IPlayer player)
{
if (this.TypeToCancel == typeof(IOperation) && player is ICombatant playerAsCombatant)
{
playerAsCombatant.SetAttackTarget(null);
}
this.SendNotification(
context,
new GenericNotification(
() => player.YieldSingleItem(),
new PlayerCancelAttackPacket(),
new PlayerCancelWalkPacket(this.Creature.Direction.GetClientSafeDirection())));
}
}
/// <summary>
/// Executes the operation's logic.
/// </summary>
/// <param name="context">A reference to the operation context.</param>
protected override void Execute(IElevatedOperationContext context)
{
if (!this.Player.IsDead && this.Player.HasCondition(ConditionType.InFight))
{
this.SendNotification(
context,
new TextMessageNotification(
() => this.Player.YieldSingleItem(),
MessageType.StatusSmall,
"You may not logout during or immediately after a fight."));
return;
}
if (!context.Map.GetTileAt(this.Player.Location, out ITile tile))
{
return;
}
// TODO: more validations missing
// At this point, we're allowed to log this player out, so go for it.
var playerLocation = this.Player.Location;
var removedFromMap = this.RemoveCreature(context, this.Player);
if (removedFromMap || this.Player.IsDead)
{
if (this.Player.Client.Connection != null)
{
this.Player.Client.Connection.Close();
}
if (!this.Player.IsDead)
{
this.SendNotification(context, new GenericNotification(() => context.Map.PlayersThatCanSee(playerLocation), new MagicEffectPacket(playerLocation, AnimatedEffect.Puff)));
}
context.CreatureManager.UnregisterCreature(this.Player);
}
}
/// <summary>
/// Executes the operation's logic.
/// </summary>
/// <param name="context">A reference to the operation context.</param>
protected override void Execute(IElevatedOperationContext context)
{
var rng = new Random();
using var uow = context.ApplicationContext.CreateNewUnitOfWork();
for (int i = 0; i < this.Spawn.Count; i++)
{
var r = this.Spawn.Radius / 4;
var monsterType = uow.MonsterTypes.GetById(this.Spawn.MonsterRaceId.ToString());
if (!(monsterType is MonsterTypeEntity monsterTypeEntity))
{
context.Logger.Warning($"Unable to place monster. Could not find a monster with the id {this.Spawn.MonsterRaceId} in the repository. ({nameof(SpawnMonstersOperation)})");
return;
}
var newMonster = context.CreatureFactory.Create(
new CreatureCreationArguments()
{
Type = CreatureType.Monster,
Metadata = monsterTypeEntity,
}) as IMonster;
var randomLoc = this.Spawn.Location + new Location {
X = (int)Math.Round(r * Math.Cos(rng.Next(360))), Y = (int)Math.Round(r * Math.Sin(rng.Next(360))), Z = 0
};
// Need to actually pathfind to avoid placing a monster in unreachable places.
var(_, foundLocation, _) = context.PathFinder.FindBetween(this.Spawn.Location, randomLoc, newMonster, (i + 1) * 10);
// TODO: some property of newMonster here to figure out what actually blocks path finding.
if (context.Map.GetTileAt(foundLocation, out ITile targetTile) && !targetTile.IsPathBlocking())
{
context.Scheduler.ScheduleEvent(new PlaceCreatureOperation(requestorId: 0, targetTile, newMonster));
}
}
}
/// <summary>
/// Executes the operation's logic.
/// </summary>
/// <param name="context">A reference to the operation context.</param>
protected override void Execute(IElevatedOperationContext context)
{
// This will eventually come from the character, or fall back.
var targetLoginLocation = MapConstants.ThaisTempleMark;
var creationArguments = new PlayerCreationArguments()
{
Client = this.Client,
Type = CreatureType.Player,
Metadata = this.PlayerMetadata,
};
if (!(context.CreatureFactory.CreateCreature(creationArguments) is IPlayer player))
{
context.Logger.Warning($"Unable to create player instance for {this.PlayerMetadata.Name}, aborting log in.");
return;
}
if (!context.Map.GetTileAt(targetLoginLocation, out ITile targetTile) || !this.PlaceCreature(context, targetTile, player))
{
// Unable to place the player in the map.
context.Scheduler.ScheduleEvent(
new GenericNotification(
() => player.YieldSingleItem(),
new GameServerDisconnectPacket("Your character could not be placed on the map.\nPlease try again, or contact an administrator if the issue persists.")));
return;
}
var(descriptionMetadata, descriptionBytes) = context.MapDescriptor.DescribeAt(player, player.Location);
// TODO: In addition, we need to send the player's inventory, the first time login message + outfit window here if applicable.
// And any VIP records here.
var notification = new GenericNotification(
() => player.YieldSingleItem(),
new PlayerLoginPacket(player.Id, player),
new MapDescriptionPacket(player.Location, descriptionBytes),
new MagicEffectPacket(player.Location, AnimatedEffect.BubbleBlue),
new PlayerStatsPacket(player),
new PlayerSkillsPacket(player),
new WorldLightPacket(this.CurrentWorldLightLevel, this.CurrentWorldLightColor),
new CreatureLightPacket(player),
new TextMessagePacket(MessageType.StatusDefault, "This is a test message"),
new PlayerConditionsPacket(player));
if (descriptionMetadata.TryGetValue(IMapDescriptor.CreatureIdsToLearnMetadataKeyName, out object creatureIdsToLearnBoxed) &&
descriptionMetadata.TryGetValue(IMapDescriptor.CreatureIdsToForgetMetadataKeyName, out object creatureIdsToForgetBoxed) &&
creatureIdsToLearnBoxed is IEnumerable <uint> creatureIdsToLearn && creatureIdsToForgetBoxed is IEnumerable <uint> creatureIdsToForget)
{
notification.Sent += (client) =>
{
foreach (var creatureId in creatureIdsToLearn)
{
client.AddKnownCreature(creatureId);
}
foreach (var creatureId in creatureIdsToForget)
{
client.RemoveKnownCreature(creatureId);
}
};
}
notification.Send(new NotificationContext(context.Logger, context.MapDescriptor, context.CreatureFinder));
}
///// <summary>
///// Gets the type of exhaustion that this operation produces.
///// </summary>
// public override ExhaustionType ExhaustionType => ExhaustionType.None;
/// <summary>
/// Attempts to place a creature on the map.
/// </summary>
/// <param name="context">A reference to the operation context.</param>
/// <param name="targetTile">The tile to place the creature at.</param>
/// <param name="creature">The creature to place.</param>
/// <returns>True if the creature is successfully added to the map, false otherwise.</returns>
protected bool PlaceCreature(IElevatedOperationContext context, ITile targetTile, ICreature creature)
{
targetTile.ThrowIfNull(nameof(targetTile));
creature.ThrowIfNull(nameof(creature));
var(addSuccessful, _) = targetTile.AddContent(context.ItemFactory, creature);
if (addSuccessful)
{
context.CreatureManager.RegisterCreature(creature);
if (creature is ICombatant combatant)
{
combatant.StatChanged += context.GameApi.CreatureStatChanged;
combatant.Death += context.CombatApi.CombatantDeath;
combatant.AttackTargetChanged += context.CombatApi.CombatantAttackTargetChanged;
combatant.FollowTargetChanged += context.CombatApi.CreatureFollowTargetChanged;
combatant.LocationChanged += context.GameApi.AfterThingLocationChanged;
// As a creature that can sense.
combatant.CreatureSeen += context.CombatApi.CreatureHasSeenCreature;
combatant.CreatureLost += context.CombatApi.CreatureHasLostCreature;
// As a skilled creature
combatant.SkillChanged += context.GameApi.SkilledCreatureSkillChanged;
// Find now-spectators of this creature to start tracking that guy.
foreach (var spectator in context.Map.CreaturesThatCanSee(creature.Location))
{
if (spectator is ICombatant combatantSpectator)
{
combatant.StartSensingCreature(combatantSpectator);
combatantSpectator.StartSensingCreature(combatant);
}
}
}
/*
* if (creature is IPlayer player)
* {
* player.Inventory.SlotChanged += context.GameApi.OnPlayerInventoryChanged;
* }
*/
context.Logger.Debug($"Placed {creature.Name} at {targetTile.Location}.");
var placedAtStackPos = targetTile.GetStackOrderOfThing(creature);
this.SendNotification(
context,
new CreatureMovedNotification(
() =>
{
if (creature is IPlayer player)
{
return(context.Map.PlayersThatCanSee(creature.Location).Except(player.YieldSingleItem()));
}
return(context.Map.PlayersThatCanSee(creature.Location));
},
creature.Id,
/// <summary> /// Executes the operation's logic. /// </summary> /// <param name="context">The execution context for this operation.</param> protected abstract void Execute(IElevatedOperationContext context);
/// <summary>
/// Executes the operation's logic.
/// </summary>
/// <param name="context">A reference to the operation context.</param>
protected override void Execute(IElevatedOperationContext context)
{
const byte FallbackIndex = 0xFF;
var inThingContainer = this.FromLocation.DecodeContainer(context.Map, context.ContainerManager, out byte index, this.FromCreature);
// Adjust index if this a map location.
var existingThing = (this.FromLocation.Type == LocationType.Map && (inThingContainer is ITile fromTile)) ? fromTile.FindItemWithTypeId(this.FromTypeId) : inThingContainer?.FindThingAtIndex(index);
if (existingThing == null || !(existingThing is IItem existingItem))
{
// Silent fail.
return;
}
var creationArguments = new ItemCreationArguments()
{
TypeId = this.ToTypeId
};
IThing thingCreated = context.ItemFactory.Create(creationArguments);
if (thingCreated == null)
{
return;
}
// At this point, we have an item to change, and we were able to generate the new one, let's proceed.
(bool replaceSuccessful, IThing replaceRemainder) = inThingContainer.ReplaceContent(context.ItemFactory, existingThing, thingCreated, index, existingItem.Amount);
if (!replaceSuccessful || replaceRemainder != null)
{
this.AddContentToContainerOrFallback(context, inThingContainer, ref replaceRemainder, FallbackIndex, includeTileAsFallback: true, this.GetRequestor(context.CreatureFinder));
}
if (replaceSuccessful)
{
if (inThingContainer is ITile atTile)
{
this.SendNotification(
context,
new TileUpdatedNotification(
() => context.Map.PlayersThatCanSee(atTile.Location),
atTile.Location,
context.MapDescriptor.DescribeTile));
// Evaluate if the new item triggers a collision.
// context.EventRulesApi.EvaluateRules(this, EventRuleType.Collision, new CollisionEventRuleArguments(fromCylinder.Location, existingThing, this.GetRequestor(context.CreatureFinder)));
}
if (thingCreated is IItem itemCreated)
{
// Start decay for items that need it.
if (itemCreated.HasExpiration)
{
// TODO: the item location will change and this will break.
var expirationOp = itemCreated.ExpirationTarget == 0 ?
new DeleteItemOperation(requestorId: 0, thingCreated.TypeId, thingCreated.Location)
:
new ExpireItemOperation(requestorId: 0, itemCreated) as IOperation;
context.Scheduler.ScheduleEvent(expirationOp, itemCreated.ExpirationTimeLeft);
}
}
}
}