package logic

import (
	"ecs/proto"
	"ecs/proto/pb"
	"github.com/oylshe1314/framework/util"
)

type PlayerMoney struct {
	Type  uint32 `bson:"type" key:"1"`
	Value uint32 `bson:"value"`
}

func (this *PlayerMoney) BuildMsgMoney() *pb.Money {
	return &pb.Money{Type: pb.MoneyType(this.Type), Value: this.Value}
}

func (this *Player) GetMoney(moneyType pb.MoneyType) *PlayerMoney {
	var money = this.Money[uint32(moneyType)]
	if money == nil {
		money = &PlayerMoney{Type: uint32(moneyType)}
		this.Money[money.Type] = money
	}
	return money
}

func (this *Player) GetMoneyValue(moneyType pb.MoneyType) uint32 {
	var money = this.Money[uint32(moneyType)]
	if money == nil {
		return 0
	}
	return money.Value
}

func (this *Player) AddMoney(moneyType pb.MoneyType, value uint32, logType LogType) bool {
	switch moneyType {
	case pb.MoneyType_Exp:
		this.addExp(value, logType)
	case pb.MoneyType_Power:
		this.addPower(value, logType)
	case pb.MoneyType_DailyActive:
		this.addActiveValue(moneyType, value, logType)
	default:
		this.addMoney(moneyType, value, logType)
	}
	return true
}

func (this *Player) CheckMoney(moneyType pb.MoneyType, value uint32) (bool, proto.TipError) {
	if this.checkMoney(moneyType, value) {
		return true, nil
	}
	switch moneyType {
	case pb.MoneyType_Exp:
		return false, proto.TipExpNotEnough
	case pb.MoneyType_Power:
		return false, proto.TipPowerNotEnough
	case pb.MoneyType_DailyActive, pb.MoneyType_WeeklyActive:
		return false, proto.TipActiveValueNotEnough
	default:
		return false, proto.TipMoneyNotEnough
	}
}

func (this *Player) ReduceMoney(moneyType pb.MoneyType, value uint32, logType LogType) {
	switch moneyType {
	case pb.MoneyType_Exp:
		return
	case pb.MoneyType_Power:
		this.reducePower(value, logType)
	default:
		this.reduceMoney(moneyType, value, logType)
	}
}

func (this *Player) addMoney(moneyType pb.MoneyType, value uint32, logType LogType) {
	if value == 0 {
		return
	}

	var money = this.GetMoney(moneyType)
	money.Value += value
	this.SaveModel(money)

	_ = this.Send(pb.ModId_ModuleRole, pb.MsgId_ModRoleMoneyChange, &pb.MoneyListAck{MoneyList: []*pb.Money{money.BuildMsgMoney()}})

	if logType != LogTypeNone {
		this.manager.eventManager.PlayerMoneyObtain(this, logType, uint32(moneyType), value, money.Value)
	}
}

func (this *Player) checkMoney(moneyType pb.MoneyType, value uint32) bool {
	if value == 0 {
		return true
	}
	return this.GetMoney(moneyType).Value >= value
}

func (this *Player) reduceMoney(moneyType pb.MoneyType, value uint32, logType LogType) {
	if value == 0 {
		return
	}

	var money = this.GetMoney(moneyType)
	if value > money.Value {
		this.manager.Logger().Error("Reduce money out of range, did not check before reducing?")
		value = money.Value
	}

	money.Value -= value
	this.SaveModel(money)

	_ = this.Send(pb.ModId_ModuleRole, pb.MsgId_ModRoleMoneyChange, &pb.MoneyListAck{MoneyList: []*pb.Money{money.BuildMsgMoney()}})

	//if logType != LogTypeNone {
	//	this.manager.eventManager.PlayerMoneyConsume(this, logType, uint32(moneyType), value, money.Value)
	//}
}

func (this *Player) addExp(value uint32, logType LogType) {
	if value == 0 {
		return
	}

	var roleHero = this.RoleHero()
	if roleHero == nil {
		return
	}

	var curExp = roleHero.Exp + uint64(value)
	var curLevel = roleHero.Level
	for {
		var heroLevelTable = this.manager.tables.HeroLevel.Find3(int(roleHero.Id), int(curLevel))
		if heroLevelTable == nil {
			return
		}

		if curExp < uint64(heroLevelTable.NeedExp) {
			break
		}

		curLevel += 1
		curExp -= uint64(heroLevelTable.NeedExp)
	}

	roleHero.Exp = curExp
	roleHero.Level = curLevel
	this.SaveModel(roleHero)

	this.RoleExp = roleHero.Exp
	this.RoleLevel = roleHero.Level
	this.SaveField("role_exp", this.RoleExp)
	this.SaveField("role_level", this.RoleLevel)

	_ = this.Send(pb.ModId_ModuleHero, pb.MsgId_ModHeroChange, &pb.HeroChangeListAck{
		ChangeList: []*pb.HeroChange{{ChangeType: pb.ChangeType_Changed, Hero: roleHero.BuildMsgHero()}},
	})

	//if logType != LogTypeNone {
	//	this.manager.eventManager.PlayerMoneyObtain(this, logType, uint32(proto.MoneyTypeExp), value, money.Value)
	//}
}

func (this *Player) addPower(value uint32, logType LogType) {
	var money = this.GetMoney(pb.MoneyType_Power)
	money.Value += value
	this.SaveModel(money)

	_ = this.Send(pb.ModId_ModuleRole, pb.MsgId_ModRoleMoneyChange, &pb.MoneyListAck{MoneyList: []*pb.Money{money.BuildMsgMoney()}})

	if money.Value >= uint32(RolePowerMax) && this.PowerNextTime > 0 {
		this.ChangeProperty(util.NewPair(pb.RolePropertyType_PowerNextTime, int64(0)))
	}

	//if logType != LogTypeNone {
	//	this.manager.eventManager.PlayerMoneyObtain(this, logType, uint32(proto.MoneyTypeExp), value, money.Value)
	//}
}

func (this *Player) reducePower(value uint32, logType LogType) {
	var money = this.GetMoney(pb.MoneyType_Power)

	if value > money.Value {
		this.manager.Logger().Error("Reduce money out of range, did not check before reducing?")
		value = money.Value
	}

	money.Value -= value
	this.SaveModel(money)

	if money.Value < uint32(RolePowerMax) && this.PowerNextTime == 0 {
		this.ChangeProperty(util.NewPair(pb.RolePropertyType_PowerNextTime, util.NowUnix()+int64(RolePowerCycle)))
	}

	_ = this.Send(pb.ModId_ModuleRole, pb.MsgId_ModRoleMoneyChange, &pb.MoneyListAck{MoneyList: []*pb.Money{money.BuildMsgMoney()}})

	//if logType != LogTypeNone {
	//	this.manager.eventManager.PlayerMoneyConsume(this, logType, uint32(proto.MoneyTypePower), value, money.Value)
	//}
}

func (this *Player) addActiveValue(moneyType pb.MoneyType, value uint32, logType LogType) {
	var money = this.GetMoney(pb.MoneyType_Power)
	money.Value += value
	this.SaveModel(money)

	_ = this.Send(pb.ModId_ModuleRole, pb.MsgId_ModRoleMoneyChange, &pb.MoneyListAck{MoneyList: []*pb.Money{money.BuildMsgMoney()}})

	this.checkRewardActive(money)
}

func (this *Player) MoneyActiveValueReset(moneyType pb.MoneyType) bool {
	var money = this.GetMoney(moneyType)
	if money.Value == 0 {
		return false
	}

	money.Value = 0
	this.SaveModel(money)

	_ = this.Send(pb.ModId_ModuleRole, pb.MsgId_ModRoleMoneyChange, &pb.MoneyListAck{MoneyList: []*pb.Money{money.BuildMsgMoney()}})

	var rewardActive = this.newRewardActive(money)
	this.SaveModel(rewardActive)

	_ = this.Send(pb.ModId_ModuleReward, pb.MsgId_ModRewardActiveChange, &pb.RewardActiveChangeAck{RewardActive: rewardActive.BuildMsgRewardActive()})

	return true
}

func (this *Player) BuildMsgMoneyListAck() *pb.MoneyListAck {
	var list []*pb.Money
	for _, money := range this.Money {
		list = append(list, money.BuildMsgMoney())
	}
	return &pb.MoneyListAck{MoneyList: list}
}