---@type Tinkr
local Tinkr,
---@class Bastion
Bastion = ...

---@class Bastion.APLActor.Table.Base
---@field type "spell" | "item" | "apl" | "sequencer" | "variable" | "action"

---@alias Bastion.APLActor.Table Bastion.APL.Actor.Spell.Table | Bastion.APL.Actor.Item.Table | Bastion.APL.Actor.APL.Table | Bastion.APL.Actor.Sequencer.Table | Bastion.APL.Actor.Variable.Table | Bastion.APL.Actor.Action.Table

-- Create an APL actor for the APL class
---@class Bastion.APLActor
---@field actor Bastion.APLActor.Table
---@field enabled boolean
---@field traits Bastion.APLTrait[]
---@field name string
local APLActor = {}
APLActor.__index = APLActor

-- Constructor
---@param actor Bastion.APLActor.Table
function APLActor:New(actor)
    local self = setmetatable({}, APLActor)
    if actor.type == "spell" then
        local name = actor.spell:GetName() or "Unknown"
        local id = actor.spell:GetID() or 0
        self.name = string.format("[%s] `%s`<%s>", "spell", name, id)
    elseif actor.type == "item" then
        local name = actor.item:GetName() or "Unknown"
        local id = actor.item:GetID() or 0
        self.name = string.format("[%s] `%s`<%s>", "item", name, id)
    elseif actor.type == "apl" then
        self.name = string.format("[%s] `%s`", "apl", actor.apl.name)
    elseif actor.type == "sequencer" then
        self.name = string.format("[%s]", "sequencer")
    elseif actor.type == "variable" then
        self.name = string.format("[%s] `%s`", "variable", actor.variable)
    elseif actor.type == "action" then
        self.name = string.format("[%s] `%s`", "action", actor.action)
    else
        self.name = string.format("[%s] Unknown", actor.type)
    end
    self.actor = actor
    self.enabled = true
    self.traits = {}

    return self
end

-- Add a trait to the APL actor
---@param ... Bastion.APLTrait
---@return Bastion.APLActor
function APLActor:AddTraits(...)
    for _, trait in ipairs({ ... }) do
        table.insert(self.traits, trait)
    end

    return self
end

-- Get the actor
---@return Bastion.APLActor.Table
function APLActor:GetActor()
    return self.actor
end

-- Evaulate the APL actor
---@return boolean
function APLActor:Evaluate()
    for _, trait in ipairs(self.traits) do
        if not trait:Evaluate(self:GetActor()) then
            return false
        end
    end

    return true
end

-- Execute
function APLActor:Execute()
    local actorTable = self:GetActor()
    -- If the actor is a sequencer we don't want to continue executing the APL if the sequencer is not finished
    if actorTable.type == "sequencer" then
        ---@cast actorTable Bastion.APL.Actor.Sequencer.Table
        if (not actorTable.condition or actorTable.condition()) and not actorTable.sequencer:Finished() then
            actorTable.sequencer:Execute()
            return true
        end

        -- Check if the sequencer can be reset and reset it if it can
        if actorTable.sequencer:ShouldReset() then
            actorTable.sequencer:Reset()
        end
    end
    if actorTable.type == "apl" then
        ---@cast actorTable Bastion.APL.Actor.APL.Table
        if not actorTable.condition or actorTable.condition() then
            -- print("Bastion: APL:Execute: Executing sub APL " .. actorTable.apl.name)
            return actorTable.apl:Execute()
        end
    end
    if actorTable.type == "spell" then
        ---@cast actorTable Bastion.APL.Actor.Spell.Table
        return actorTable.spell:CastableIf(actorTable.castableFunc):OnCast(actorTable.onCastFunc):Cast(actorTable.target,
            actorTable.condition)
    end
    if actorTable.type == "item" then
        ---@cast actorTable Bastion.APL.Actor.Item.Table
        return actorTable.item:UsableIf(actorTable.usableFunc):Use(actorTable.target, actorTable.condition)
    end
    if self:GetActor().type == "action" then
        ---@cast actorTable Bastion.APL.Actor.Action.Table
        -- print("Bastion: APL:Execute: Executing action " .. actorTable.action)
        self:GetActor().cb()
    end
    if actorTable.type == "variable" then
        ---@cast actorTable Bastion.APL.Actor.Variable.Table
        -- print("Bastion: APL:Execute: Setting variable " .. actorTable.variable)
        actorTable._apl.variables[actorTable.variable] = actorTable.cb(actorTable._apl)
    end
    return false
end

-- has traits
---@return boolean
function APLActor:HasTraits()
    return #self.traits > 0
end

-- tostring
---@return string
function APLActor:__tostring()
    return string.format("Bastion.__APLActor(%s)", self.name)
end

Bastion.APLActor = APLActor