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Ai世界玩家人数超过4人测试

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This commit is contained in:
flswld
2023-01-10 19:21:56 +08:00
parent 3ecdb6ff70
commit 1793054ef4
22 changed files with 596 additions and 251 deletions
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gs/game/game_manager.go
+114 -21
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@@ -1,6 +1,7 @@
package game
import (
"encoding/json"
"reflect"
"time"
@@ -8,10 +9,12 @@ import (
"hk4e/common/mq"
"hk4e/gate/client_proto"
"hk4e/gate/kcp"
"hk4e/gdconf"
"hk4e/gs/dao"
"hk4e/gs/model"
"hk4e/pkg/alg"
"hk4e/pkg/logger"
"hk4e/pkg/random"
"hk4e/pkg/reflection"
"hk4e/protocol/cmd"
"hk4e/protocol/proto"
@@ -19,6 +22,15 @@ import (
pb "google.golang.org/protobuf/proto"
)
const (
AiBaseUid = 10000
AiName = "GM"
AiSign = "快捷指令"
BigWorldAiUid = 100
BigWorldAiName = "小可爱"
BigWorldAiSign = "UnKownOwO"
)
var GAME_MANAGER *GameManager = nil
var LOCAL_EVENT_MANAGER *LocalEventManager = nil
var ROUTE_MANAGER *RouteManager = nil
@@ -36,10 +48,18 @@ type GameManager struct {
snowflake *alg.SnowflakeWorker
clientCmdProtoMap *client_proto.ClientCmdProtoMap
clientCmdProtoMapRefValue reflect.Value
gsId uint32
gsAppid string
mainGsAppid string
ai *model.Player // 本服的Ai玩家对象
}
func NewGameManager(dao *dao.Dao, messageQueue *mq.MessageQueue, gsId uint32) (r *GameManager) {
func NewGameManager(dao *dao.Dao, messageQueue *mq.MessageQueue, gsId uint32, gsAppid string, mainGsAppid string) (r *GameManager) {
r = new(GameManager)
if appConfig.CONF.Hk4e.ClientProtoProxyEnable {
// 反射调用的方法在启动时测试是否正常防止中途panic
r.GetClientProtoObjByName("PingReq")
}
r.dao = dao
MESSAGE_QUEUE = messageQueue
r.snowflake = alg.NewSnowflakeWorker(int64(gsId))
@@ -47,6 +67,9 @@ func NewGameManager(dao *dao.Dao, messageQueue *mq.MessageQueue, gsId uint32) (r
r.clientCmdProtoMap = client_proto.NewClientCmdProtoMap()
r.clientCmdProtoMapRefValue = reflect.ValueOf(r.clientCmdProtoMap)
}
r.gsId = gsId
r.gsAppid = gsAppid
r.mainGsAppid = mainGsAppid
GAME_MANAGER = r
LOCAL_EVENT_MANAGER = NewLocalEventManager()
ROUTE_MANAGER = NewRouteManager()
@@ -55,10 +78,78 @@ func NewGameManager(dao *dao.Dao, messageQueue *mq.MessageQueue, gsId uint32) (r
TICK_MANAGER = NewTickManager()
COMMAND_MANAGER = NewCommandManager()
GCG_MANAGER = NewGCGManager()
// 创建本服的Ai世界
uid := AiBaseUid + gsId
name := AiName
sign := AiSign
if r.IsMainGs() {
// 约定MainGameServer的Ai的AiWorld叫BigWorld
// 此世界会出现在全服的在线玩家列表中 所有的玩家都可以进入到此世界里来
uid = BigWorldAiUid
name = BigWorldAiName
sign = BigWorldAiSign
}
r.ai = r.CreateRobot(uid, name, sign)
WORLD_MANAGER.InitAiWorld(r.ai)
COMMAND_MANAGER.SetSystem(r.ai)
USER_MANAGER.SetRemoteUserOnlineState(BigWorldAiUid, true, mainGsAppid)
if r.IsMainGs() {
// TODO 测试
for i := 1; i < 8; i++ {
uid := 1000000 + uint32(i)
avatarId := uint32(0)
for _, avatarData := range gdconf.CONF.AvatarDataMap {
avatarId = uint32(avatarData.AvatarId)
break
}
robot := r.CreateRobot(uid, random.GetRandomStr(8), random.GetRandomStr(10))
r.AddUserAvatar(uid, avatarId)
r.SetUpAvatarTeamReq(robot, &proto.SetUpAvatarTeamReq{
TeamId: 1,
AvatarTeamGuidList: []uint64{robot.AvatarMap[avatarId].Guid},
CurAvatarGuid: robot.AvatarMap[avatarId].Guid,
})
robot.Pos.X += random.GetRandomFloat64(0.0, 1.0)
robot.Pos.Z += random.GetRandomFloat64(0.0, 1.0)
r.UserWorldAddPlayer(WORLD_MANAGER.GetAiWorld(), robot)
}
}
r.run()
return r
}
func (g *GameManager) GetGsId() uint32 {
return g.gsId
}
func (g *GameManager) GetGsAppid() string {
return g.gsAppid
}
func (g *GameManager) GetMainGsAppid() string {
return g.mainGsAppid
}
func (g *GameManager) IsMainGs() bool {
// 目前的实现逻辑是当前GsId最小的Gs做MainGs
return g.gsAppid == g.mainGsAppid
}
// GetAi 获取本服的Ai玩家对象
func (g *GameManager) GetAi() *model.Player {
return g.ai
}
func (g *GameManager) CreateRobot(uid uint32, name string, sign string) *model.Player {
GAME_MANAGER.OnRegOk(false, &proto.SetPlayerBornDataReq{AvatarId: 10000007, NickName: name}, uid, 0, "")
GAME_MANAGER.ServerAppidBindNotify(uid, "", 0)
robot := USER_MANAGER.GetOnlineUser(uid)
robot.DbState = model.DbNormal
robot.SceneLoadState = model.SceneEnterDone
robot.Signature = sign
return robot
}
func (g *GameManager) run() {
go g.gameMainLoopD()
}
@@ -72,12 +163,14 @@ func (g *GameManager) gameMainLoopD() {
}
func (g *GameManager) gameMainLoop() {
// panic捕获
defer func() {
if err := recover(); err != nil {
logger.Error("!!! GAME MAIN LOOP PANIC !!!")
logger.Error("error: %v", err)
logger.Error("stack: %v", logger.Stack())
logger.Error("user: %v", SELF)
motherfuckerPlayerInfo, _ := json.Marshal(SELF)
logger.Error("the motherfucker player info: %v", motherfuckerPlayerInfo)
if SELF != nil {
GAME_MANAGER.DisconnectPlayer(SELF.PlayerID, kcp.EnetServerKick)
}
@@ -90,6 +183,7 @@ func (g *GameManager) gameMainLoop() {
localEventCost := int64(0)
commandCost := int64(0)
for {
// 消耗CPU时间性能统计
now := time.Now().UnixNano()
if now-lastTime > intervalTime {
routeCost /= 1e6
@@ -134,7 +228,7 @@ func (g *GameManager) gameMainLoop() {
end := time.Now().UnixNano()
localEventCost += end - start
case command := <-COMMAND_MANAGER.commandTextInput:
// 处理传入的命令 (普通玩家 GM命令)
// 处理传入的命令(普通玩家 GM命令)
start := time.Now().UnixNano()
COMMAND_MANAGER.HandleCommand(command)
end := time.Now().UnixNano()
@@ -143,24 +237,27 @@ func (g *GameManager) gameMainLoop() {
}
}
func (g *GameManager) Stop() {
// 下线玩家
userList := USER_MANAGER.GetAllOnlineUserList()
for _, player := range userList {
g.DisconnectPlayer(player.PlayerID, kcp.EnetServerShutdown)
}
time.Sleep(time.Second * 3)
var EXIT_SAVE_FIN_CHAN chan bool
func (g *GameManager) Close() {
// 保存玩家数据
onlinePlayerMap := USER_MANAGER.GetAllOnlineUserList()
saveUserIdList := make([]uint32, 0, len(onlinePlayerMap))
for userId := range onlinePlayerMap {
saveUserIdList = append(saveUserIdList, userId)
}
EXIT_SAVE_FIN_CHAN = make(chan bool)
LOCAL_EVENT_MANAGER.localEventChan <- &LocalEvent{
EventId: RunUserCopyAndSave,
EventId: ExitRunUserCopyAndSave,
Msg: saveUserIdList,
}
time.Sleep(time.Second * 3)
<-EXIT_SAVE_FIN_CHAN
// 单纯的告诉网关下线玩家
userList := USER_MANAGER.GetAllOnlineUserList()
for _, player := range userList {
g.DisconnectPlayer(player.PlayerID, kcp.EnetServerShutdown)
}
time.Sleep(time.Second)
}
// SendMsgToGate 发送消息给客户端 指定网关
@@ -169,7 +266,7 @@ func (g *GameManager) SendMsgToGate(cmdId uint16, userId uint32, clientSeq uint3
return
}
if payloadMsg == nil {
logger.Error("payload msg is nil")
logger.Error("payload msg is nil, stack: %v", logger.Stack())
return
}
gameMsg := &mq.GameMsg{
@@ -191,12 +288,12 @@ func (g *GameManager) SendMsg(cmdId uint16, userId uint32, clientSeq uint32, pay
return
}
if payloadMsg == nil {
logger.Error("payload msg is nil")
logger.Error("payload msg is nil, stack: %v", logger.Stack())
return
}
player := USER_MANAGER.GetOnlineUser(userId)
if player == nil {
logger.Error("player not exist, uid: %v", userId)
logger.Error("player not exist, uid: %v, stack: %v", userId, logger.Stack())
return
}
gameMsg := new(mq.GameMsg)
@@ -206,7 +303,7 @@ func (g *GameManager) SendMsg(cmdId uint16, userId uint32, clientSeq uint32, pay
// 在这里直接序列化成二进制数据 防止发送的消息内包含各种游戏数据指针 而造成并发读写的问题
payloadMessageData, err := pb.Marshal(payloadMsg)
if err != nil {
logger.Error("parse payload msg to bin error: %v", err)
logger.Error("parse payload msg to bin error: %v, stack: %v", err, logger.Stack())
return
}
gameMsg.PayloadMessageData = payloadMessageData
@@ -257,7 +354,7 @@ func (g *GameManager) SendToWorldA(world *World, cmdId uint16, seq uint32, msg p
}
}
// SendToWorldAEC 给世界内除自己以外的所有玩家发消息
// SendToWorldAEC 给世界内除某玩家(一般是自己)以外的所有玩家发消息
func (g *GameManager) SendToWorldAEC(world *World, cmdId uint16, seq uint32, msg pb.Message, uid uint32) {
for _, v := range world.GetAllPlayer() {
if uid == v.PlayerID {
@@ -293,10 +390,6 @@ func (g *GameManager) DisconnectPlayer(userId uint32, reason uint32) {
}
func (g *GameManager) GetClientProtoObjByName(protoObjName string) pb.Message {
if !appConfig.CONF.Hk4e.ClientProtoProxyEnable {
logger.Error("client proto proxy func not enable")
return nil
}
fn := g.clientCmdProtoMapRefValue.MethodByName("GetClientProtoObjByName")
ret := fn.Call([]reflect.Value{reflect.ValueOf(protoObjName)})
obj := ret[0].Interface()