s_cherry_e/sr/nodes/map/player/team/service.go

package team

import (
	capp "f1-game/internal/cherry_app"
	"f1-game/internal/code"
	"f1-game/internal/component/redis"
	"f1-game/internal/constant"
	"f1-game/internal/data"
	"f1-game/internal/enum"
	"f1-game/internal/event"
	"f1-game/internal/extend/math"
	facade "f1-game/internal/facade"
	nameRoute "f1-game/internal/name/route"
	"f1-game/internal/pb"
	"f1-game/internal/sessions"
	"f1-game/internal/types"
	ao "f1-game/nodes/game/player/asset/origin"
	mapCall "f1-game/nodes/map/internal/call"
	"f1-game/nodes/map/internal/db"
	dbMapPlayer "f1-game/nodes/map/internal/db/data/player"
	mapFacade "f1-game/nodes/map/internal/facade"
	"f1-game/nodes/map/player/hero"

	ctime "github.com/cherry-game/cherry/extend/time"
	clog "github.com/cherry-game/cherry/logger"
	cproto "github.com/cherry-game/cherry/net/proto"
)

var srv = &service{}

func Service() *service {
	return srv
}

type service struct {
	facade.PlayerServiceBase[*db.MapPlayerTable]
}

func (p *service) OnLogin(playerTable *db.MapPlayerTable, session *cproto.Session) {
	if session.Contains(sessions.IsNewPlayer) {
		clog.Infof("map team init: playerID = %d", playerTable.PlayerID)

		// 初始化队伍
		p.initTeams(playerTable)
	}

	// 计算城外征兵 TODO 优化成定时结算
	var (
		nowMillisecond = ctime.Now().ToMillisecond()
		diffSecond     = (nowMillisecond - playerTable.Stats.LastLogoutTime) / ctime.MillisecondsPerSecond
	)
	if success := p.doTeamOutsideAutoTroops(playerTable, int32(diffSecond)); success {
		playerTable.SetChangeData()
	}

	if playerTable.IsChangeData() {
		playerTable.Save2Queue()
	}

}

func (p *service) initTeams(playerTable *db.MapPlayerTable) {
	// 检测未添加的队伍
	teamCount := playerTable.Facilities.Attrs.GetI32(enum.AttrTeamCount)
	for i := int32(1); i <= teamCount; i++ {
		_, success := playerTable.Teams.AddTeam(i)
		if success {
			playerTable.SetChangeData()
		}
	}

	if playerTable.IsChangeData() {
		playerTable.Save2Queue()
	}
}

// func (p *service) OnLogined(playerTable *db.MapPlayerTable, session *cproto.Session) {
// }

// func (p *service) OnLogout(playerTable *db.MapPlayerTable) {
// }

// func (p *service) OnReset(playerTable *db.MapPlayerTable, time *ctime.CherryTime, byLogin bool) {
// }

// Push 推送队伍信息
func (p *service) Push(playerTable *db.MapPlayerTable, session *cproto.Session) {
	resp := playerTable.Teams.ToProto()

	sessions.PushWithSession(session, nameRoute.PushMapPlayer_Team, &resp)

	// 城外征兵推送
	p.TeamOutsideTroopsPush(playerTable.PlayerID)
}

// ChangePush 推送变化的队伍信息
func (p *service) ChangePush(playerID int64, teams ...*dbMapPlayer.Team) {
	var (
		playerTable = db.GetMapPlayerTable(playerID)
		list        []*pb.Team
	)

	// 检查玩家表是否存在
	if playerTable == nil {
		return
	}

	for _, team := range teams {
		proto := team.ToProto()
		list = append(list, &proto)
	}

	if len(list) == 0 {
		return
	}

	resp := &pb.Teams{
		List: list,
	}

	sessions.PushPlayer(playerID, nameRoute.PushMapPlayer_TeamChange, resp)
}

// 英雄状态更新推送
func (p *service) HeroStateChangePush(playerID int64, updateHeroes ...*dbMapPlayer.Hero) {
	if len(updateHeroes) <= 0 {
		return
	}

	rsp := &pb.HeroStateResponse{}

	for _, hero := range updateHeroes {
		rsp.HeroState = append(rsp.HeroState, hero.ToHeroStateProto())
	}

	sessions.PushPlayer(playerID, nameRoute.PushMapPlayer_HeroState, rsp)
}

func (p *service) CheckEnergy(playerID int64, teamID int32, energy int32) int32 {
	playerTable := db.GetMapPlayerTable(playerID)
	if playerTable == nil {
		return code.PlayerNotFound
	}

	team, ok := playerTable.Teams.GetTeam(teamID)
	if !ok {
		return code.TeamNotUnlock
	}

	for _, member := range team.Members {
		hero, ok := playerTable.Heroes.Get(member.HeroGUID)
		if !ok {
			return code.HeroNotExist
		}

		if hero.Energy < energy {
			return code.HeroEnergyLack
		}
	}

	return code.OK
}

// SubEnergy 队伍扣除体力
func (p *service) SubEnergy(playerID int64, teamID int32, energy int32) int32 {
	var (
		playerTable  = db.GetMapPlayerTable(playerID)
		updateHeroes []*dbMapPlayer.Hero
	)

	// 检查玩家表是否存在
	if playerTable == nil {
		return code.PlayerNotFound
	}

	team, ok := playerTable.Teams.GetTeam(teamID)
	if !ok {
		return code.TeamNotUnlock
	}

	for _, member := range team.Members {
		dbHero, ok := playerTable.Heroes.Get(member.HeroGUID)
		if !ok {
			return code.HeroNotExist
		}

		if !hero.Service().SubEnergy(dbHero, energy) {
			return code.HeroEnergyLack
		}

		updateHeroes = append(updateHeroes, dbHero)
	}

	playerTable.Save2Queue()

	// 推送英雄数据

	hero.Service().ChangePush(playerID, updateHeroes...)
	return code.OK
}

// 回城自动补兵 return 是否补兵成功
func (p *service) CheckAutoAddTeamTroops(playerID int64, teamID int32) bool {
	if teamID <= 0 {
		return false
	}

	playerTable := db.GetMapPlayerTable(playerID)
	if playerTable == nil {
		clog.Warnf("[CheckAutoAddTeamTroops] player not found, playerID: %d", playerID)
		return false
	}

	team, ok := playerTable.Teams.GetTeam(teamID)
	if !ok {
		clog.Warnf("[CheckAutoAddTeamTroops] team not found, teamID: %d", teamID)
		return false
	}

	// 没设置自动补兵 跳过
	if !team.AutoAddTroops {
		return false
	}

	var (
		// 最终分兵数量
		finalMemberTroops = map[int32]*pb.I32I32{}
		// 英雄带兵上限 key 英雄上阵阵容位置
		heroArmsLimitMap = map[int32]int32{}
		// 通过士兵等级分组
		troopsIDGroupMemberMap = team.GetTroopsIDGroupMemberMap()
		costAssets             = types.Assets{}
	)

	for troopsID, members := range troopsIDGroupMemberMap {
		// 可分配的兵力
		hasTroopsNum := int32(mapFacade.Storage.Get(playerID, troopsID))
		if hasTroopsNum <= 0 {
			continue
		}

		needCostCount := int32(0)
		for _, member := range members {
			heroEntity, found := playerTable.Heroes.Get(member.HeroGUID)
			if !found {
				// 英雄不存在 整组失败
				needCostCount = 0
				break
			}

			heroArmsLimit := p.GetHeroTroopsNum(playerID, heroEntity.HeroID, member.TeamIndex)
			// 当前需要补兵数量 = 带兵上限 - 当前剩余兵力 - 伤兵数
			needCostCount += heroArmsLimit - member.TroopsNum - member.InjureTroops
			heroArmsLimitMap[member.TeamIndex] = heroArmsLimit
		}

		// 不需要补兵.0
		if needCostCount <= 0 {
			continue
		}

		if needCostCount <= hasTroopsNum {
			// 全部补满
			for _, member := range members {
				data := pb.I32I32{
					Key:   troopsID,
					Value: heroArmsLimitMap[member.TeamIndex] - member.TroopsNum - member.InjureTroops,
				}

				finalMemberTroops[member.TeamIndex] = &data
			}
		} else {
			// 优先持平补兵
			needCostCount = p.balanceTroopsDistribution(members, troopsID, heroArmsLimitMap, hasTroopsNum, finalMemberTroops)
			if needCostCount <= 0 {
				continue
			}
		}

		costAssets.Add(troopsID, int64(needCostCount))
	}

	if len(costAssets) <= 0 {
		return false
	}

	// 扣除兵力
	_, errCode := mapFacade.Storage.AssetSubs(playerID, costAssets, ao.TeamAutoTroopsCost)
	if code.IsFail(errCode) {
		clog.Warnf("[AutoAddTeamTroops] sub troop fail, playerID: %d, teamID: %d, errCode: %d", playerID, teamID, errCode)
		return false
	}

	// 更新队伍上阵英雄带兵数量
	team.UpdateTeamMemberTroopsNum(finalMemberTroops)

	// 同步到 redis 队伍信息
	p.UpdatePlayerTeams(playerID, team)

	// 发送分兵事件
	capp.PostEvent(event.NewTeamTroops(playerID, teamID))

	return true
}

// 持平补兵分配算法
func (p *service) balanceTroopsDistribution(members []*dbMapPlayer.TeamMember, troopsID int32, heroArmsLimitMap map[int32]int32, hasTroopsNum int32, finalMemberTroops map[int32]*pb.I32I32) int32 {
	if len(members) == 0 || hasTroopsNum <= 0 {
		return 0
	}

	// 初始化当前兵力状态
	currentTroops := make(map[int32]int32)
	for _, member := range members {
		currentTroops[member.TeamIndex] = member.TroopsNum + member.InjureTroops
		finalMemberTroops[member.TeamIndex] = &pb.I32I32{Key: troopsID, Value: 0} // 初始化分配结果
	}

	var (
		intMaxValue = int32(1<<31 - 1)
		remaining   = hasTroopsNum
		totalAdded  = int32(0)
	)

	for remaining > 0 {
		// 找出所有未达到上限的英雄
		var availableHeroes []int32
		for _, member := range members {
			if currentTroops[member.TeamIndex] < heroArmsLimitMap[member.TeamIndex] {
				availableHeroes = append(availableHeroes, member.TeamIndex)
			}
		}

		if len(availableHeroes) == 0 {
			break // 所有英雄都已满
		}

		// 找出当前兵力最少的英雄们
		minTroops := intMaxValue
		var minHeroes []int32

		for _, teamIndex := range availableHeroes {
			if currentTroops[teamIndex] < minTroops {
				minTroops = currentTroops[teamIndex]
				minHeroes = []int32{teamIndex}
			} else if currentTroops[teamIndex] == minTroops {
				minHeroes = append(minHeroes, teamIndex)
			}
		}

		// 找出下一个更高的兵力水平（在可用英雄中）
		nextLevel := intMaxValue
		for _, teamIndex := range availableHeroes {
			if currentTroops[teamIndex] > minTroops && currentTroops[teamIndex] < nextLevel {
				nextLevel = currentTroops[teamIndex]
			}
		}

		// 如果没有找到更高的水平，使用最小上限值
		if nextLevel == intMaxValue {
			for _, teamIndex := range minHeroes {
				nextLevel = math.Min(nextLevel, heroArmsLimitMap[teamIndex])
			}
		}

		// 计算需要分配到下一个水平的总兵力
		totalNeeded := int32(0)
		for _, teamIndex := range minHeroes {
			needed := math.Min(nextLevel, heroArmsLimitMap[teamIndex]) - currentTroops[teamIndex]
			if needed > 0 {
				totalNeeded += needed
			}
		}

		if totalNeeded <= remaining {
			// 有足够兵力让所有最低英雄达到下一个水平
			for _, teamIndex := range minHeroes {
				addAmount := math.Min(nextLevel, heroArmsLimitMap[teamIndex]) - currentTroops[teamIndex]
				currentTroops[teamIndex] += addAmount
				finalMemberTroops[teamIndex].Value += addAmount
				totalAdded += addAmount
				remaining -= addAmount
			}
		} else {
			// 兵力不足，需要平均分配
			numHeroes := int32(len(minHeroes))
			baseAdd := remaining / numHeroes
			remainder := remaining % numHeroes

			for i, teamIndex := range minHeroes {
				addAmount := baseAdd
				if int32(i) < remainder {
					addAmount++
				}

				// 确保不超过上限
				maxPossibleAdd := heroArmsLimitMap[teamIndex] - currentTroops[teamIndex]
				if addAmount > maxPossibleAdd {
					addAmount = maxPossibleAdd
				}

				if addAmount > remaining {
					addAmount = remaining
				}

				currentTroops[teamIndex] += addAmount
				finalMemberTroops[teamIndex].Value += addAmount
				totalAdded += addAmount
				remaining -= addAmount

				if remaining <= 0 {
					break
				}
			}
			break
		}
	}

	return totalAdded
}

// 同步队伍信息到 redis
func (p *service) UpdatePlayerTeams(playerID int64, teamList ...*dbMapPlayer.Team) {
	if len(teamList) == 0 {
		return
	}

	var battleTeamList []*pb.BattleTeam
	for _, team := range teamList {
		proto := team.ToBattleTeamProto()
		battleTeamList = append(battleTeamList, &proto)
	}

	redis.Game.UpdatePlayerTeams(playerID, battleTeamList...)
}

// 通过英雄列表获取羁绊列表
func (p *service) GetFetterListByHeroList(playerID int64, heroIDList types.Set[int32]) types.Set[int32] {
	if len(heroIDList) < 1 {
		return nil
	}

	activeFetterIDs := types.Set[int32]{}

	for heroID := range heroIDList {
		fetterIDs := data.HeroFetter.GetFetterIDs(heroID)
		// 当前英雄没有羁绊，则跳过
		if len(fetterIDs) < 1 {
			continue
		}

		for fetterID := range fetterIDs {
			if activeFetterIDs.Contains(fetterID) {
				continue
			}

			fetterRow, found := data.HeroFetter.GetByID(fetterID)
			if !found {
				clog.Warnf("[GetFetterListByHeroList] fetter not found, playerID:%d, fetterID: %d", playerID, fetterID)
				continue
			}

			curNum := int32(0)
			for _, needHeroID := range fetterRow.HeroIDs {
				if heroIDList.Contains(needHeroID) {
					curNum++

					// 如果当前所需英雄数量已经满足，则直接添加羁绊ID，并跳过
					if curNum >= fetterRow.ActiveHeroNum {
						activeFetterIDs.Add(fetterID)
						break
					}
				}
			}
		}
	}

	return activeFetterIDs
}

// 获取英雄带兵上限
func (p *service) GetHeroTroopsNum(playerID int64, heroID, teamIndex int32) int32 {
	playerTable := db.GetMapPlayerTable(playerID)
	if playerTable == nil {
		clog.Warnf("[GetHeroTroopsNum] player not found, playerID: %d", playerID)
		return 0
	}

	return p.doGetHeroTroopsNum(playerTable, heroID, teamIndex)
}

// 获取英雄带兵上限
func (p *service) doGetHeroTroopsNum(playerTable *db.MapPlayerTable, heroID, teamIndex int32) int32 {
	var heroTroopsLimit int32

	// 1.英雄初始统兵数量
	heroRow, found := data.Hero.GetByID(heroID)
	if found {
		heroTroopsLimit += heroRow.InitTroop
	} else {
		clog.Warnf("[GetHeroTroopsNum] hero config not found, heroID: %d", heroID)
	}

	// 2.判断是否为主将 主将额外增加带兵数
	if constant.IsTeamMainIndex(teamIndex) {
		heroTroopsLimit += data.Const.TeamMainAddTroops
	}

	// 3.添加城建增加的带兵数
	heroTroopsLimit += int32(playerTable.Facilities.Attrs.Get(enum.AttrTeamArms))

	return heroTroopsLimit
}

// 部队羁绊加成
func (p *service) TeamFetterAttrs(team *dbMapPlayer.Team, heroes dbMapPlayer.Heroes) {
	fetterIDs := team.FetterIDs
	if fetterIDs.Size() < 1 {
		return
	}

	for fetterID := range fetterIDs {
		for _, member := range team.Members {
			hero, found := heroes.Get(member.HeroGUID)
			if !found {
				continue
			}

			attrs := types.NewAttrs()
			fetterRow, found := data.HeroFetter.GetByID(fetterID)
			if !found {
				clog.Warnf("[teamFetterAttrs] fetter not found, heroID:%d, fetterID: %d", hero.HeroID, fetterID)
				continue
			}

			// 当前羁绊不存在该英雄，则跳过
			if !fetterRow.HeroIDs.Contains(hero.HeroID) {
				continue
			}

			for attrId, attrValue := range fetterRow.GetAttrs() {
				attrs.Add(attrId, attrValue)
			}

			member.FetterAttrs = attrs
		}

	}
}

// 更新队伍状态
func (p *service) UpdateTeamStateByMarchState(playerTable *db.MapPlayerTable, team *dbMapPlayer.Team, marchState enum.MarchState) {
	teamState := enum.MarchStateToTeamState(marchState)
	p.UpdateTeamState(playerTable, team, teamState)
}

// 更新队伍状态
func (p *service) UpdateTeamState(playerTable *db.MapPlayerTable, team *dbMapPlayer.Team, teamState enum.TeamState) {
	// 相同状态不处理
	if team.State == teamState {
		return
	}

	team.State = teamState

	// 回城待命
	if teamState == enum.TeamState_Standby {
		// 检测自动补兵
		p.CheckAutoAddTeamTroops(playerTable.PlayerID, team.TeamID)
	}

	playerTable.Save2Queue()

	clog.Debugf("[UpdateTeamState] PlayerID = %d, TeamID = %d, TeamState = %s", playerTable.PlayerID, team.TeamID, enum.GetTeamStateName(teamState))

	// 推送状态给客户端
	p.ChangePush(playerTable.PlayerID, team)
}

// 获取队伍行军同步数据
func (p *service) GetTeamMarchSyncProto(playerTable *db.MapPlayerTable, dbTeam *dbMapPlayer.Team) *pb.MarchSync {
	var (
		members       []*pb.MarchMember
		injureEndTime int64
	)

	for _, member := range dbTeam.Members {
		// 士兵负重
		var armWeight int64
		if armTypeRow, ok := data.ArmType.GetByID(member.TroopsID); ok {
			armWeight = armTypeRow.Weight
		}

		heroEntity, _ := playerTable.Heroes.Get(member.HeroGUID)
		// 获取带兵上限
		member.TroopsLimit = p.doGetHeroTroopsNum(playerTable, heroEntity.HeroID, member.TeamIndex)

		members = append(members, &pb.MarchMember{
			TeamIndex:    member.TeamIndex,
			LineupIndex:  member.Index,
			HeroGUID:     heroEntity.GUID,
			HeroConfigID: heroEntity.HeroID,
			Energy:       heroEntity.Energy,
			ArmID:        member.TroopTypeID,
			ArmWeight:    armWeight,
			TroopsMax:    member.TroopsLimit,
			TroopsNum:    member.TroopsNum,
		})

		injureEndTime = max(injureEndTime, heroEntity.InjuriesEndTime)
	}

	req := &pb.MarchSync{
		PlayerID:      playerTable.PlayerID,
		LeagueID:      playerTable.LeagueID,
		TeamID:        dbTeam.TeamID,
		ObjectID:      dbTeam.MarchObjectID,
		Point:         playerTable.Point.ToProto(),
		Members:       members,
		GameNodeID:    playerTable.GameNodeID,
		InjureEndTime: injureEndTime * ctime.MillisecondsPerSecond,
	}

	// 出征行军更新玩家队伍兵力上限
	// TODO 这个需要拿出去不
	p.UpdatePlayerTeams(playerTable.PlayerID, dbTeam)

	return req
}

// 检查行军消耗是否足够
func (p *service) CheckMarchCost(playerID int64, teamID int32, marchType enum.MarchType, pathLen int) int32 {
	row, ok := data.MapMarch.GetByMarchType(marchType)
	if !ok {
		return code.ConfigNotFound_MapMarch
	}

	// 检查体力是否足够
	energyCost := row.GetEnergyCost(pathLen)
	if row.EnergyCost > 0 {
		errCode := p.CheckEnergy(playerID, teamID, energyCost)
		if code.IsFail(errCode) {
			return errCode
		}
	}

	// 检查扣除资源
	if !row.Cost.IsEmpty() {
		if !mapFacade.Storage.IsAllEnough(playerID, row.Cost) {
			return code.ItemNotEnough
		}
	}

	return code.OK
}

// 行军消耗资源
func (p *service) MarchCost(playerID int64, teamID int32, marchType enum.MarchType, pathLen int) int32 {
	row, ok := data.MapMarch.GetByMarchType(marchType)
	if !ok {
		return code.ConfigNotFound_MapMarch
	}
	// 扣除资源
	if !row.Cost.IsEmpty() {
		_, errCode := mapFacade.Storage.AssetSubs(playerID, row.Cost, ao.None, true)
		if code.IsFail(errCode) {
			return errCode
		}

		clog.Debugf("[marchCost] cost: PlayerID: %d, teamID: %d, cost: %v",
			playerID, teamID, row.Cost)
	}

	energyCost := row.GetEnergyCost(pathLen)
	// 扣体力
	if row.EnergyCost > 0 {
		p.SubEnergy(playerID, teamID, energyCost)

		clog.Debugf("[marchCost] sub energy: PlayerID: %d, teamID: %d, energy: %d",
			playerID, teamID, energyCost)
	}

	return code.OK
}

// 执行城外征兵逻辑
func (p *service) DoTeamOutsideTroops(playerID int64, team *dbMapPlayer.Team, troopNums []*pb.I32I32) int32 {
	if len(troopNums) <= 0 {
		return code.IllegalArgument
	}

	var (
		// 检测征兵数量+当前兵力是否超出上限 & 获取征兵消耗
		costs       = types.Assets{}
		playerTable = db.GetMapPlayerTable(playerID)
	)

	for _, troopsNum := range troopNums {
		// 征兵数量错误
		if troopsNum.Value <= 0 {
			return code.TeamTroopsNumError
		}

		teamMember, found := team.GetTeamMember(troopsNum.Key)
		if !found {
			return code.TeamMemberNotExist
		}

		// 判断当前是否已在城外征兵
		if teamMember.IsOutsideTroopsing() {
			return code.TeamOutsideConscripting
		}

		heroEntity, found := playerTable.Heroes.Get(teamMember.HeroGUID)
		if !found {
			return code.HeroNotExist
		}

		troopsLimit := p.GetHeroTroopsNum(playerID, heroEntity.HeroID, troopsNum.Key)
		// 兵力数量超出上限
		if troopsNum.Value+teamMember.TroopsNum > troopsLimit {
			return code.TeamArmExceed
		}

		armLevelRow, found := data.ArmLevel.GetByID(teamMember.TroopsID)
		if !found {
			return code.ConfigNotExist_Conscript
		}

		singleCosts := armLevelRow.CalOutConscriptAssets(int64(troopsNum.Value))
		costs.AddAssets(singleCosts)
	}

	// 消耗道具
	_, errCode := mapFacade.Storage.AssetSubs(playerID, costs, ao.ConscriptOutsideCost, true)
	if code.IsFail(errCode) {
		return errCode
	}

	curTime := ctime.Now().ToSecond()
	for _, troopsNum := range troopNums {
		teamMember, _ := team.GetTeamMember(troopsNum.Key)
		teamMember.OutsideConscript.TroopsCount = 0
		teamMember.OutsideConscript.TotalTroopsCount = troopsNum.Value

		// 计算耗时
		armLevelRow, _ := data.ArmLevel.GetByID(teamMember.TroopsID)
		second := troopsNum.Value / armLevelRow.ConscriptNumSecond
		if troopsNum.Value%armLevelRow.ConscriptNumSecond > 0 {
			second++
		}

		// 计算结束时间戳
		teamMember.OutsideConscript.EndTime = curTime + int64(second)
	}

	// 通知地图自动征兵OK
	mapCall.Logic.AutoOutsideTroopsNotify(playerTable.PlayerID, team.TeamID, team.GetOutsideConscriptMaxTime())

	return code.OK
}

// 定时检测城外征兵
func (p *service) CheckCanOutsideAutoTroopsTimer(playerID int64, nowSecond int64) {
	// 没到检测时间
	if nowSecond%data.Const.MapTroopsCheckInterval != 0 {
		return
	}

	playerTable := db.GetMapPlayerTable(playerID)
	if playerTable == nil {
		clog.Warnf("[CheckCanOutsideAutoTroopsTimer] player not found, playerID: %d", playerID)
		return
	}

	save := false
	for _, team := range playerTable.Teams {
		if team.IsCanOutsideAutoTroops() {
			// 执行城外征兵
			if ok := p.OutsideAutoTroops(playerTable, team); ok {
				save = true
			}
		}
	}

	if save {
		playerTable.Save2Queue()
	}

}

// 城外自动征兵定时器 //TODO 暂定每秒执行
func (p *service) TeamOutsideAutoTroopsTimer(playerID int64, nowSecond int64) {
	playerTable := db.GetMapPlayerTable(playerID)
	if playerTable == nil {
		clog.Warnf("[TeamOutsideAutoTroopsTimer] player not found, playerID: %d", playerID)
		return
	}

	if save := p.doTeamOutsideAutoTroops(playerTable, 1); save {
		playerTable.Save2Queue()
	}
}

func (p *service) doTeamOutsideAutoTroops(playerTable *db.MapPlayerTable, seconds int32) bool {
	if seconds <= 0 {
		return false
	}

	updateTeams := []*dbMapPlayer.Team{}
	for _, team := range playerTable.Teams {
		update := false
		for _, member := range team.Members {
			if member.TroopsID <= 0 {
				continue
			}

			remainCount := member.GetRemainTroopsCount()
			// 城外征兵已完成
			if remainCount <= 0 {
				continue
			}

			armLevelRow, found := data.ArmLevel.GetByID(member.TroopsID)
			if !found {
				clog.Warnf("[doTeamOutsideAutoTroops] armLevelRow not found, playerID: %d, troopsID: %d", playerTable.PlayerID, member.TroopsID)
				continue
			}

			getCount := seconds * armLevelRow.ConscriptNumSecond
			if getCount > remainCount {
				getCount = remainCount
			}

			heroEntity, found := playerTable.Heroes.Get(member.HeroGUID)
			if !found {
				clog.Warnf("[doTeamOutsideAutoTroops] heroEntity not found, playerID: %d, heroGUID: %d", playerTable.PlayerID, member.HeroGUID)
				continue
			}

			troopsLimit := p.GetHeroTroopsNum(playerTable.PlayerID, heroEntity.HeroID, member.TeamIndex)

			if member.TroopsNum+getCount > troopsLimit {
				getCount = troopsLimit - member.TroopsNum
			}

			if getCount <= 0 {
				continue
			}

			member.OutsideConscript.TroopsCount += getCount
			member.TroopsNum += getCount

			update = true
		}

		if update {
			// 队伍城外征兵已完成 重置征兵数据
			if team.IsTeamOutsideTroopsFinish() {
				for _, member := range team.Members {
					member.ResetOutsideTroops()
				}
			}

			updateTeams = append(updateTeams, team)
		}
	}

	if len(updateTeams) > 0 {
		// 推送城外征兵数据 TODO 是否合并到队伍信息中？
		p.TeamOutsideTroopsChangePush(playerTable.PlayerID, updateTeams...)
		// 推送队伍兵力变更
		p.UpdatePlayerTeams(playerTable.PlayerID, updateTeams...)
		// 推送队伍兵力
		p.ChangePush(playerTable.PlayerID, updateTeams...)

		return true
	}

	return false
}

// 城外征兵推送
func (p *service) TeamOutsideTroopsPush(playerID int64) {
	teamPush := &pb.TeamOutsideTroopsList{}
	playerTable := db.GetMapPlayerTable(playerID)
	for _, team := range playerTable.Teams {
		teamPush.List = append(teamPush.List, team.ToOutsideTroopsProto())
	}

	if len(teamPush.List) > 0 {
		sessions.PushPlayer(playerID, nameRoute.PushMapPlayer_TeamOutsideTroops, teamPush)
	}
}

// 城外征兵推送
func (p *service) TeamOutsideTroopsChangePush(playerID int64, teams ...*dbMapPlayer.Team) {
	if len(teams) <= 0 {
		return
	}

	teamPush := &pb.TeamOutsideTroopsList{}
	for _, team := range teams {
		teamPush.List = append(teamPush.List, team.ToOutsideTroopsProto())
	}

	if len(teamPush.List) > 0 {
		sessions.PushPlayer(playerID, nameRoute.PushMapPlayer_TeamOutsideTroops, teamPush)
	}
}

// 取消城外征兵
func (p *service) TeamOutsideTroopsCancel(playerTable *db.MapPlayerTable, team *dbMapPlayer.Team, teamIndexs []int32) int32 {
	var (
		returnCosts   = types.Assets{}
		playerID      = playerTable.PlayerID
		memberCancels = []*dbMapPlayer.TeamMember{}
	)

	for _, teamIndex := range teamIndexs {
		teamMember, found := team.GetTeamMember(teamIndex)
		if !found {
			continue
		}

		// 当前没有城外征兵
		if teamMember.OutsideConscript.TroopsCount <= 0 {
			continue
		}

		// 存在没征完的士兵 返还奖励
		remainCount := teamMember.GetRemainTroopsCount()
		if remainCount > 0 {
			armLevelRow, found := data.ArmLevel.GetByID(teamMember.TroopsID)
			if !found {
				continue
			}

			singleCosts := armLevelRow.CalOutConscriptAssets(int64(remainCount))
			returnCosts.AddAssets(singleCosts)
		}

		memberCancels = append(memberCancels, teamMember)
	}

	// 没有任何返还 说明也没有城外征兵/城外征兵已完成
	if len(returnCosts) > 0 {
		_, errCode := mapFacade.Storage.AssetAdds(playerID, returnCosts, ao.ConscriptOutsideReturn, true)
		if code.IsFail(errCode) {
			return errCode
		}
	}

	// 重置需要需要的征兵数据
	for _, member := range memberCancels {
		member.ResetOutsideTroops()
	}

	// 通知地图自动征兵OK
	mapCall.Logic.AutoOutsideTroopsNotify(playerTable.PlayerID, team.TeamID, team.GetOutsideConscriptMaxTime())

	return code.OK
}

func (p *service) OutsideAutoTroops(playerTable *db.MapPlayerTable, team *dbMapPlayer.Team) bool {
	if !team.IsAutoTroops {
		return false
	}

	// 计算所需征兵数量&各成员所需征兵数量
	var (
		teamMembers   = map[int32]*pb.TeamOutsideTroopsMember{}
		oneTroopCosts = map[int32]types.Assets{}
		curHasAssets  = map[int32]int64{}
	)

	for _, member := range team.Members {
		// 过滤没有士兵等级ID的成员
		if member.TroopsID <= 0 {
			continue
		}
		armLevelRow, found := data.ArmLevel.GetByID(member.TroopsID)
		if !found {
			clog.Warnf("[outsideAutoTroops] armLevel not found. playerID:%d, teamID: %d, troopsID: %d", playerTable.PlayerID, team.TeamID, member.TroopsID)
			continue
		}

		heroEntity, found := playerTable.Heroes.Get(member.HeroGUID)
		if !found {
			clog.Warnf("[outsideAutoTroops] hero not found. playerID:%d, teamID: %d, heroGUID: %d", playerTable.PlayerID, team.TeamID, member.HeroGUID)
			continue
		}

		troopsLimit := p.GetHeroTroopsNum(playerTable.PlayerID, heroEntity.HeroID, member.Index)
		needTroops := troopsLimit - member.TroopsNum
		if needTroops <= 0 {
			continue
		}

		teamMembers[member.TeamIndex] = &pb.TeamOutsideTroopsMember{
			TroopsID:    member.TroopsID,
			TroopsNum:   member.TroopsNum,
			TroopsLimit: troopsLimit,
		}

		// 获取征一个士兵的消耗
		_, found = oneTroopCosts[member.TroopsID]
		if !found {
			costs := armLevelRow.CalOutConscriptAssets(1)
			oneTroopCosts[member.TroopsID] = costs
			// 获取当前道具的数量
			for _, cost := range costs {
				_, found := curHasAssets[cost.ID]
				if !found {
					hasNum := mapFacade.Storage.Get(playerTable.PlayerID, cost.ID)
					// TODO 如果数量<=0 是不是当前征兵失败
					curHasAssets[cost.ID] = hasNum
				}
			}
		}
	}

	// 如果当前没有征兵需求
	if len(teamMembers) <= 0 {
		return false
	}

	// 如果征兵数量>0 则获取每个成员最大征兵上限
	finalMemberTroops := p.HandleAutoTroops(curHasAssets, oneTroopCosts, teamMembers)
	if len(finalMemberTroops) <= 0 {
		clog.Warnf("[outsideAutoTroops] handle auto troops fail. playerID:%d, teamID:%d", playerTable.PlayerID, team.TeamID)
		return false
	}

	// 调用城外征兵核心逻辑
	errCode := p.DoTeamOutsideTroops(playerTable.PlayerID, team, finalMemberTroops)
	if code.IsFail(errCode) {
		clog.Warnf("[outsideAutoTroops] fail. playerID:%d, teamID: %d, errCode: %d", playerTable.PlayerID, team.TeamID, errCode)
		return false
	}

	// 同步给客户端
	p.TeamOutsideTroopsChangePush(playerTable.PlayerID, team)

	return true
}

// 规则：优先拉平队伍每个成员兵力(即优先给最小兵力的成员征兵),如果成员当前兵力相同后，则同步分兵
// HandleAutoTroops 优化后的征兵逻辑 // TODO 后面看继续优化当前逻辑
// curHasAssets: 当前库存
// troopCosts: 兵种消耗配置 [兵种ID]消耗材料
// teamMembers: [位置]部队成员信息（作为源数据查询，不直接修改）
func (p *service) HandleAutoTroops(curHasAssets map[int32]int64, troopCosts map[int32]types.Assets,
	teamMembers map[int32]*pb.TeamOutsideTroopsMember) []*pb.I32I32 {
	// 初始化结果
	var (
		finalMemberTroops = map[int32]int32{} // [位置]征兵数量
		maxInt32          = int32(1<<31 - 1)
		maxInt64          = int64(1<<63 - 1)
	)

	// 追踪每个位置的当前兵力
	curTroops := make(map[int32]int32)
	for position, hero := range teamMembers {
		curTroops[position] = hero.TroopsNum
	}

	// 持续循环征兵，直到所有需求满足或资源耗尽
	for {
		// 找出当前最少兵力的英雄（且需要征兵）
		minTroops := maxInt32
		for _, troops := range curTroops {
			if troops < minTroops {
				minTroops = troops
			}
		}

		if minTroops == maxInt32 {
			break
		}

		// 找出所有兵力等于最少且需要征兵的位置
		// (curTroops中只保留未达到上限的位置)
		var canRecruitPositions []int32
		for position, troops := range curTroops {
			if troops == minTroops {
				canRecruitPositions = append(canRecruitPositions, position)
			}
		}

		if len(canRecruitPositions) == 0 {
			break
		}

		// 计算本轮所有英雄同步征兵的总材料消耗（每个英雄征1个兵）
		materialPerRound := map[int32]int64{}
		for _, position := range canRecruitPositions {
			troopID := teamMembers[position].TroopsID
			costs := troopCosts[troopID]
			for _, asset := range costs {
				materialPerRound[asset.ID] += asset.Num
			}
		}

		// 计算本轮最多能同步征兵多少次
		maxRound := maxInt64
		for itemID, cost := range materialPerRound {
			if cost == 0 {
				continue
			}
			stock := curHasAssets[itemID]
			if stock < cost {
				maxRound = 0
				break
			}
			if rounds := stock / cost; rounds < maxRound {
				maxRound = rounds
			}
		}

		if maxRound <= 0 {
			break
		}

		// 找出本轮英雄中剩余需求最小的
		minNeed := maxInt32
		for _, position := range canRecruitPositions {
			need := teamMembers[position].TroopsLimit - curTroops[position]
			if need < minNeed {
				minNeed = need
			}
		}

		// 找出下一个更高兵力的等级（用于拉平计算）
		// (curTroops中只保留未达到上限的位置)
		nextLevelTroops := maxInt32
		for _, troops := range curTroops {
			if troops > minTroops && troops < nextLevelTroops {
				nextLevelTroops = troops
			}
		}

		// 确定本轮征兵数量：取minNeed和（nextLevelTroops-minTroops）的较小值
		roundRecruit := int32(maxRound)
		if maxRound > maxInt64 {
			roundRecruit = maxInt32
		}
		if roundRecruit > minNeed {
			roundRecruit = minNeed
		}

		// 优化：当没有下一级兵力（所有可征兵位置兵力相同），不限制拉平
		// 这样可以一次性征到资源耗尽或征满，而不是每次只征1个
		if nextLevelTroops != maxInt32 {
			maxToLevel := nextLevelTroops - minTroops
			if roundRecruit > maxToLevel {
				roundRecruit = maxToLevel
			}
		}

		// 本轮执行征兵
		recruited := false
		for _, position := range canRecruitPositions {
			need := teamMembers[position].TroopsLimit - curTroops[position]
			if need <= 0 {
				continue
			}

			troopID := teamMembers[position].TroopsID
			costs, ok := troopCosts[troopID]
			if !ok || len(costs) == 0 {
				continue
			}

			// 确定实际征兵量
			actualRecruit := roundRecruit
			if need < actualRecruit {
				actualRecruit = need
			}

			// 更新征兵数据
			finalMemberTroops[position] += actualRecruit
			for _, asset := range costs {
				costAmount := int64(actualRecruit) * asset.Num
				curHasAssets[asset.ID] -= costAmount
			}

			// 更新当前兵力
			curTroops[position] += actualRecruit

			// 如果达到上限，从curTroops中删除该位置
			if teamMembers[position].TroopsLimit-curTroops[position] <= 0 {
				delete(curTroops, position)
			}

			if actualRecruit > 0 {
				recruited = true
			}
		}

		// 本轮无征兵时退出循环
		if !recruited {
			break
		}
	}

	result := []*pb.I32I32{}
	for position, value := range finalMemberTroops {
		result = append(result, &pb.I32I32{
			Key:   position,
			Value: value,
		})
	}

	return result
}

// 行军至（回城\调度点\营帐）恢复伤兵，战败重伤的在重伤的逻辑恢复
func (p *service) RecoveryInjureTroops(playerTable *db.MapPlayerTable, team *dbMapPlayer.Team) {
	var marchTroops []*pb.MarchTroops
	for _, member := range team.Members {
		if member.InjureTroops <= 0 {
			continue
		}

		member.TroopsNum += member.InjureTroops

		marchTroops = append(marchTroops, &pb.MarchTroops{
			TeamIndex: member.TeamIndex,
			TroopsNum: member.InjureTroops,
		})

		// 重置伤兵数
		member.InjureTroops = 0
	}

	// 没有需要恢复的伤兵
	if len(marchTroops) <= 0 {
		return
	}

	playerTable.Save2Queue()

	// 更新地图队伍兵力数据
	mapCall.Logic.MarchSyncTroops(team.TeamID, team.MarchObjectID, marchTroops)

	// 同步队伍变更信息
	p.ChangePush(playerTable.PlayerID, team)

	// 兵力同步到redis
	p.UpdatePlayerTeams(playerTable.PlayerID, team)
}

// 刷新队伍阵容位置
func (p *service) RefreshTeamLineup(playerTable *db.MapPlayerTable, team *dbMapPlayer.Team) {
	if team == nil {
		return
	}

	// 1.没有主将 或 主将为步兵/骑兵，主将上阵2(下标1)号位；副将1和副将2分别上阵4(下标3)号位和6(下标5)号位 当前为默认值 下标从0开始
	teamIndex1, teamIndex2, teamIndex3 := int32(1), int32(3), int32(5)
	teamMember, found := team.GetTeamMember(constant.TeamMemberTeamIndex_Start)
	if found {
		// 获取主将兵种
		hero, found := playerTable.Heroes.Get(teamMember.HeroGUID)
		if found {
			heroRow, found := data.Hero.GetByID(hero.HeroID)
			if found {
				//2.主将为弓兵，主将上阵5(下标4)号位；副将1和副将2分别上阵1(下标0)号位和3(下标2)号位 下标从0开始
				if heroRow.Job == int32(enum.Job_Archer) {
					teamIndex1, teamIndex2, teamIndex3 = 4, 0, 2
				}
			} else {
				clog.Warnf("[RefreshTeamLineup]hero config not found, playerID:%d, heroID: %d", playerTable.PlayerID, hero.HeroID)
			}
		} else {
			clog.Warnf("[RefreshTeamLineup] hero not found, playerID:%d, heroGUID: %d", playerTable.PlayerID, teamMember.HeroGUID)
		}

		teamMember.Index = teamIndex1
	}

	teamMember2, found := team.GetTeamMember(constant.TeamMemberIndex_2)
	if found {
		teamMember2.Index = teamIndex2
	}

	teamMember3, found := team.GetTeamMember(constant.TeamMemberIndex_3)
	if found {
		teamMember3.Index = teamIndex3
	}
}

// 检测同队伍是否存在相同英雄
func (p *service) CheckTeamSameHero(playerTable *db.MapPlayerTable, heroID, srcTeamID, srcTeamIndex, excludeTeamID, excludeIndex int32) bool {
	for _, team := range playerTable.Teams {
		for _, member := range team.Members {
			// 排除原来的位置
			if srcTeamID == team.TeamID && srcTeamIndex == member.TeamIndex {
				continue
			}

			// 排除现在上阵的队伍位置
			if team.TeamID == excludeTeamID && member.TeamIndex == excludeIndex {
				continue
			}

			hero, ok := playerTable.Heroes.Get(member.HeroGUID)
			if !ok {
				// 没找到返回true 防止上阵相同英雄
				return true
			}

			if hero.HeroID == heroID {
				return true
			}
		}
	}

	return false
}

// 英雄下阵处理
func (p *service) DoTeamLeave(playerTable *db.MapPlayerTable, team *dbMapPlayer.Team, teamIndex int32) (*dbMapPlayer.Hero, int32) {
	teamMember, ok := team.GetTeamMember(teamIndex)
	// 下阵位置不存在英雄
	if !ok || teamMember.HeroGUID == 0 {
		return nil, code.OK
	}

	heroEntity, ok := playerTable.Heroes.Get(teamMember.HeroGUID)
	if !ok {
		return nil, code.HeroNotExist
	}

	team.DelTeamMember(teamIndex)
	heroEntity.TeamID = 0

	if teamMember.TroopsNum > 0 {
		num := int64(teamMember.TroopsNum)
		// 返还兵力 直接返还兵力
		mapFacade.Storage.AssetAddOne(playerTable.PlayerID, teamMember.TroopsID, num, ao.TeamLeaveTroopsReturn)

		push := &pb.AssetList{}
		push.List = append(push.List, &pb.Asset{
			Id:  teamMember.TroopsID,
			Num: num,
		})

		// 推送返还兵力
		sessions.PushPlayer(playerTable.PlayerID, nameRoute.PushMapPlayer_TeamTroopReturn, push)
	}

	return heroEntity, code.OK
}

// 检测是否可以城外征兵
func (p *service) CheckCanOusideConscript(playerID int64, configID int32) bool {
	mapBuildRow, found := data.MapBuild.GetByConfigID(configID)
	if found {
		return mapBuildRow.CanOutsideConscript
	}

	// 地图建筑表没找到 找地图-城池表
	mapCastleRow, found := data.MapCastle.GetByConfigID(configID)
	if !found {
		clog.Warnf("[CheckCanOusideConscript] map castle not found. playerID:%d, configID:%d", playerID, configID)
		return false
	}

	return mapCastleRow.CanOutsideConscript
}

// 是否兵力不足
func (p *service) IsTeamTroopsLack(playerTable *db.MapPlayerTable, team *dbMapPlayer.Team) bool {
	var (
		total   int32
		current = team.GetTeamTroopCount()
	)

	for _, member := range team.Members {
		heroEntity, found := playerTable.Heroes.Get(member.HeroGUID)
		if !found {
			clog.Warnf("[IsTeamTroopsLack] fail, hero not found. playerID:%d, heroGUID:%d", playerTable.PlayerID, member.HeroGUID)
			return false
		}

		heroTroopsNum := p.GetHeroTroopsNum(playerTable.PlayerID, heroEntity.HeroID, member.TeamIndex)

		total += heroTroopsNum
	}

	ratio := float32(current) / float32(total) * 10000.0

	return ratio <= data.Const.TeamTroopsLackRatio
}