package logic

import (
	"Open_IM/pkg/common/config"
	"Open_IM/pkg/common/constant"
	"Open_IM/pkg/common/db"
	kfk "Open_IM/pkg/common/kafka"
	"Open_IM/pkg/common/log"
	"Open_IM/pkg/getcdv3"
	pbMsg "Open_IM/pkg/proto/msg"
	pbPush "Open_IM/pkg/proto/push"
	"Open_IM/pkg/utils"
	"context"
	"github.com/Shopify/sarama"
	"github.com/golang/protobuf/proto"
	"hash/crc32"
	"strings"
	"sync"
	"time"
)

type MsgChannelValue struct {
	aggregationID string //maybe userID or super groupID
	triggerID     string
	msgList       []*pbMsg.MsgDataToMQ
	lastSeq       uint64
}
type TriggerChannelValue struct {
	triggerID string
	cmsgList  []*sarama.ConsumerMessage
}
type fcb func(cMsg *sarama.ConsumerMessage, msgKey string, sess sarama.ConsumerGroupSession)
type Cmd2Value struct {
	Cmd   int
	Value interface{}
}
type OnlineHistoryRedisConsumerHandler struct {
	msgHandle            map[string]fcb
	historyConsumerGroup *kfk.MConsumerGroup
	chArrays             [ChannelNum]chan Cmd2Value
	msgDistributionCh    chan Cmd2Value
}

func (och *OnlineHistoryRedisConsumerHandler) Init(cmdCh chan Cmd2Value) {
	och.msgHandle = make(map[string]fcb)
	och.msgDistributionCh = make(chan Cmd2Value) //no buffer channel
	go och.MessagesDistributionHandle()
	for i := 0; i < ChannelNum; i++ {
		och.chArrays[i] = make(chan Cmd2Value, 50)
		go och.Run(i)
	}
	if config.Config.ReliableStorage {
		och.msgHandle[config.Config.Kafka.Ws2mschat.Topic] = och.handleChatWs2Mongo
	} else {
		och.msgHandle[config.Config.Kafka.Ws2mschat.Topic] = och.handleChatWs2MongoLowReliability

	}
	och.historyConsumerGroup = kfk.NewMConsumerGroup(&kfk.MConsumerGroupConfig{KafkaVersion: sarama.V2_0_0_0,
		OffsetsInitial: sarama.OffsetNewest, IsReturnErr: false}, []string{config.Config.Kafka.Ws2mschat.Topic},
		config.Config.Kafka.Ws2mschat.Addr, config.Config.Kafka.ConsumerGroupID.MsgToRedis)

}
func (och *OnlineHistoryRedisConsumerHandler) Run(channelID int) {
	for {
		select {
		case cmd := <-och.chArrays[channelID]:
			switch cmd.Cmd {
			case AggregationMessages:
				msgChannelValue := cmd.Value.(MsgChannelValue)
				msgList := msgChannelValue.msgList
				triggerID := msgChannelValue.triggerID
				storageMsgList := make([]*pbMsg.MsgDataToMQ, 0, 80)
				notStoragePushMsgList := make([]*pbMsg.MsgDataToMQ, 0, 80)
				log.Debug(triggerID, "msg arrived channel", "channel id", channelID, msgList, msgChannelValue.aggregationID, len(msgList))
				var modifyMsgList []*pbMsg.MsgDataToMQ
				for _, v := range msgList {
					log.Debug(triggerID, "msg come to storage center", v.String())
					isHistory := utils.GetSwitchFromOptions(v.MsgData.Options, constant.IsHistory)
					isSenderSync := utils.GetSwitchFromOptions(v.MsgData.Options, constant.IsSenderSync)
					if isHistory {
						storageMsgList = append(storageMsgList, v)
						//log.NewWarn(triggerID, "storageMsgList to mongodb  client msgID: ", v.MsgData.ClientMsgID)
					} else {
						if !(!isSenderSync && msgChannelValue.aggregationID == v.MsgData.SendID) {
							notStoragePushMsgList = append(notStoragePushMsgList, v)
						}
					}

					if v.MsgData.ContentType == constant.ReactionMessageModifier || v.MsgData.ContentType == constant.ReactionMessageDeleter {
						modifyMsgList = append(modifyMsgList, v)
					}
				}
				if len(modifyMsgList) > 0 {
					sendMessageToModifyMQ(msgChannelValue.aggregationID, triggerID, modifyMsgList)
				}
				//switch msgChannelValue.msg.MsgData.SessionType {
				//case constant.SingleChatType:
				//case constant.GroupChatType:
				//case constant.NotificationChatType:
				//default:
				//	log.NewError(msgFromMQ.OperationID, "SessionType error", msgFromMQ.String())
				//	return
				//}
				log.Debug(triggerID, "msg storage length", len(storageMsgList), "push length", len(notStoragePushMsgList))
				if len(storageMsgList) > 0 {
					err, lastSeq := saveUserChatList(msgChannelValue.aggregationID, storageMsgList, triggerID)
					if err != nil {
						singleMsgFailedCount += uint64(len(storageMsgList))
						log.NewError(triggerID, "single data insert to redis err", err.Error(), storageMsgList)
					} else {
						singleMsgSuccessCountMutex.Lock()
						singleMsgSuccessCount += uint64(len(storageMsgList))
						singleMsgSuccessCountMutex.Unlock()
						och.SendMessageToMongoCH(msgChannelValue.aggregationID, triggerID, storageMsgList, lastSeq)

						for _, v := range storageMsgList {
							sendMessageToPushMQ(v, msgChannelValue.aggregationID)
						}
						for _, x := range notStoragePushMsgList {
							sendMessageToPushMQ(x, msgChannelValue.aggregationID)
						}
					}

				} else {
					for _, x := range notStoragePushMsgList {
						sendMessageToPushMQ(x, msgChannelValue.aggregationID)
					}
				}
			}
		}
	}
}

func (och *OnlineHistoryRedisConsumerHandler) SendMessageToMongoCH(aggregationID string, triggerID string, messages []*pbMsg.MsgDataToMQ, lastSeq uint64) {
	if len(messages) > 0 {
		pid, offset, err := producerToMongo.SendMessage(&pbMsg.MsgDataToMongoByMQ{LastSeq: lastSeq, AggregationID: aggregationID, MessageList: messages, TriggerID: triggerID}, aggregationID, triggerID)
		if err != nil {
			log.Error(triggerID, "kafka send failed", "send data", len(messages), "pid", pid, "offset", offset, "err", err.Error(), "key", aggregationID)
		} else {
			//	log.NewWarn(m.OperationID, "sendMsgToKafka   client msgID ", m.MsgData.ClientMsgID)
		}
	}
	//hashCode := getHashCode(aggregationID)
	//channelID := hashCode % ChannelNum
	//log.Debug(triggerID, "generate channelID", hashCode, channelID, aggregationID)
	////go func(cID uint32, userID string, messages []*pbMsg.MsgDataToMQ) {
	//och.chMongoArrays[channelID] <- Cmd2Value{Cmd: MongoMessages, Value: MsgChannelValue{aggregationID: aggregationID, msgList: messages, triggerID: triggerID, lastSeq: lastSeq}}
}

//func (och *OnlineHistoryRedisConsumerHandler) MongoMessageRun(channelID int) {
//	for {
//		select {
//		case cmd := <-och.chMongoArrays[channelID]:
//			switch cmd.Cmd {
//			case MongoMessages:
//				msgChannelValue := cmd.Value.(MsgChannelValue)
//				msgList := msgChannelValue.msgList
//				triggerID := msgChannelValue.triggerID
//				aggregationID := msgChannelValue.aggregationID
//				lastSeq := msgChannelValue.lastSeq
//				err := db.DB.BatchInsertChat2DB(aggregationID, msgList, triggerID, lastSeq)
//				if err != nil {
//					log.NewError(triggerID, "single data insert to mongo err", err.Error(), msgList)
//				}
//				for _, v := range msgList {
//					if v.MsgData.ContentType == constant.DeleteMessageNotification {
//						tips := server_api_params.TipsComm{}
//						DeleteMessageTips := server_api_params.DeleteMessageTips{}
//						err := proto.Unmarshal(v.MsgData.Content, &tips)
//						if err != nil {
//							log.NewError(triggerID, "tips unmarshal err:", err.Error(), v.String())
//							continue
//						}
//						err = proto.Unmarshal(tips.Detail, &DeleteMessageTips)
//						if err != nil {
//							log.NewError(triggerID, "deleteMessageTips unmarshal err:", err.Error(), v.String())
//							continue
//						}
//						if unexistSeqList, err := db.DB.DelMsgBySeqList(DeleteMessageTips.UserID, DeleteMessageTips.SeqList, v.OperationID); err != nil {
//							log.NewError(v.OperationID, utils.GetSelfFuncName(), "DelMsgBySeqList args: ", DeleteMessageTips.UserID, DeleteMessageTips.SeqList, v.OperationID, err.Error(), unexistSeqList)
//						}
//
//					}
//				}
//			}
//		}
//	}
//}

func (och *OnlineHistoryRedisConsumerHandler) MessagesDistributionHandle() {
	for {
		aggregationMsgs := make(map[string][]*pbMsg.MsgDataToMQ, ChannelNum)
		select {
		case cmd := <-och.msgDistributionCh:
			switch cmd.Cmd {
			case ConsumerMsgs:
				triggerChannelValue := cmd.Value.(TriggerChannelValue)
				triggerID := triggerChannelValue.triggerID
				consumerMessages := triggerChannelValue.cmsgList
				//Aggregation map[userid]message list
				log.Debug(triggerID, "batch messages come to distribution center", len(consumerMessages))
				for i := 0; i < len(consumerMessages); i++ {
					msgFromMQ := pbMsg.MsgDataToMQ{}
					err := proto.Unmarshal(consumerMessages[i].Value, &msgFromMQ)
					if err != nil {
						log.Error(triggerID, "msg_transfer Unmarshal msg err", "msg", string(consumerMessages[i].Value), "err", err.Error())
						return
					}
					log.Debug(triggerID, "single msg come to distribution center", msgFromMQ.String(), string(consumerMessages[i].Key))
					if oldM, ok := aggregationMsgs[string(consumerMessages[i].Key)]; ok {
						oldM = append(oldM, &msgFromMQ)
						aggregationMsgs[string(consumerMessages[i].Key)] = oldM
					} else {
						m := make([]*pbMsg.MsgDataToMQ, 0, 100)
						m = append(m, &msgFromMQ)
						aggregationMsgs[string(consumerMessages[i].Key)] = m
					}
				}
				log.Debug(triggerID, "generate map list users len", len(aggregationMsgs))
				for aggregationID, v := range aggregationMsgs {
					if len(v) >= 0 {
						hashCode := getHashCode(aggregationID)
						channelID := hashCode % ChannelNum
						log.Debug(triggerID, "generate channelID", hashCode, channelID, aggregationID)
						//go func(cID uint32, userID string, messages []*pbMsg.MsgDataToMQ) {
						och.chArrays[channelID] <- Cmd2Value{Cmd: AggregationMessages, Value: MsgChannelValue{aggregationID: aggregationID, msgList: v, triggerID: triggerID}}
						//}(channelID, userID, v)
					}
				}
			}
		}

	}

}
func (mc *OnlineHistoryRedisConsumerHandler) handleChatWs2Mongo(cMsg *sarama.ConsumerMessage, msgKey string, sess sarama.ConsumerGroupSession) {
	msg := cMsg.Value
	now := time.Now()
	msgFromMQ := pbMsg.MsgDataToMQ{}
	err := proto.Unmarshal(msg, &msgFromMQ)
	if err != nil {
		log.Error("msg_transfer Unmarshal msg err", "", "msg", string(msg), "err", err.Error())
		return
	}
	operationID := msgFromMQ.OperationID
	log.NewInfo(operationID, "msg come mongo!!!", "", "msg", string(msg))
	//Control whether to store offline messages (mongo)
	isHistory := utils.GetSwitchFromOptions(msgFromMQ.MsgData.Options, constant.IsHistory)
	//Control whether to store history messages (mysql)
	isPersist := utils.GetSwitchFromOptions(msgFromMQ.MsgData.Options, constant.IsPersistent)
	isSenderSync := utils.GetSwitchFromOptions(msgFromMQ.MsgData.Options, constant.IsSenderSync)
	switch msgFromMQ.MsgData.SessionType {
	case constant.SingleChatType:
		log.NewDebug(msgFromMQ.OperationID, "msg_transfer msg type = SingleChatType", isHistory, isPersist)
		if isHistory {
			err := saveUserChat(msgKey, &msgFromMQ)
			if err != nil {
				singleMsgFailedCount++
				log.NewError(operationID, "single data insert to mongo err", err.Error(), msgFromMQ.String())
				return
			}
			singleMsgSuccessCountMutex.Lock()
			singleMsgSuccessCount++
			singleMsgSuccessCountMutex.Unlock()
			log.NewDebug(msgFromMQ.OperationID, "sendMessageToPush cost time ", time.Since(now))
		}
		if !isSenderSync && msgKey == msgFromMQ.MsgData.SendID {
		} else {
			go sendMessageToPush(&msgFromMQ, msgKey)
		}
		log.NewDebug(operationID, "saveSingleMsg cost time ", time.Since(now))
	case constant.GroupChatType:
		log.NewDebug(msgFromMQ.OperationID, "msg_transfer msg type = GroupChatType", isHistory, isPersist)
		if isHistory {
			err := saveUserChat(msgFromMQ.MsgData.RecvID, &msgFromMQ)
			if err != nil {
				log.NewError(operationID, "group data insert to mongo err", msgFromMQ.String(), msgFromMQ.MsgData.RecvID, err.Error())
				return
			}
			groupMsgCount++
		}
		go sendMessageToPush(&msgFromMQ, msgFromMQ.MsgData.RecvID)
		log.NewDebug(operationID, "saveGroupMsg cost time ", time.Since(now))

	case constant.NotificationChatType:
		log.NewDebug(msgFromMQ.OperationID, "msg_transfer msg type = NotificationChatType", isHistory, isPersist)
		if isHistory {
			err := saveUserChat(msgKey, &msgFromMQ)
			if err != nil {
				log.NewError(operationID, "single data insert to mongo err", err.Error(), msgFromMQ.String())
				return
			}
			log.NewDebug(msgFromMQ.OperationID, "sendMessageToPush cost time ", time.Since(now))
		}
		if !isSenderSync && msgKey == msgFromMQ.MsgData.SendID {
		} else {
			go sendMessageToPush(&msgFromMQ, msgKey)
		}
		log.NewDebug(operationID, "saveUserChat cost time ", time.Since(now))
	default:
		log.NewError(msgFromMQ.OperationID, "SessionType error", msgFromMQ.String())
		return
	}
	sess.MarkMessage(cMsg, "")
	log.NewDebug(msgFromMQ.OperationID, "msg_transfer handle topic data to database success...", msgFromMQ.String())
}

func (och *OnlineHistoryRedisConsumerHandler) handleChatWs2MongoLowReliability(cMsg *sarama.ConsumerMessage, msgKey string, sess sarama.ConsumerGroupSession) {
	msg := cMsg.Value
	msgFromMQ := pbMsg.MsgDataToMQ{}
	err := proto.Unmarshal(msg, &msgFromMQ)
	if err != nil {
		log.Error("msg_transfer Unmarshal msg err", "", "msg", string(msg), "err", err.Error())
		return
	}
	operationID := msgFromMQ.OperationID
	log.NewInfo(operationID, "msg come mongo!!!", "", "msg", string(msg))
	//Control whether to store offline messages (mongo)
	isHistory := utils.GetSwitchFromOptions(msgFromMQ.MsgData.Options, constant.IsHistory)
	isSenderSync := utils.GetSwitchFromOptions(msgFromMQ.MsgData.Options, constant.IsSenderSync)
	if isHistory {
		seq, err := db.DB.IncrUserSeq(msgKey)
		if err != nil {
			log.NewError(operationID, "data insert to redis err", err.Error(), string(msg))
			return
		}
		sess.MarkMessage(cMsg, "")
		msgFromMQ.MsgData.Seq = uint32(seq)
		log.Debug(operationID, "send ch msg is ", msgFromMQ.String())
		//och.msgCh <- Cmd2Value{Cmd: Msg, Value: MsgChannelValue{msgKey, msgFromMQ}}
		//err := saveUserChat(msgKey, &msgFromMQ)
		//if err != nil {
		//	singleMsgFailedCount++
		//	log.NewError(operationID, "single data insert to mongo err", err.Error(), msgFromMQ.String())
		//	return
		//}
		//singleMsgSuccessCountMutex.Lock()
		//singleMsgSuccessCount++
		//singleMsgSuccessCountMutex.Unlock()
		//log.NewDebug(msgFromMQ.OperationID, "sendMessageToPush cost time ", time.Since(now))
	} else {
		if !(!isSenderSync && msgKey == msgFromMQ.MsgData.SendID) {
			go sendMessageToPush(&msgFromMQ, msgKey)
		}
	}
}

func (OnlineHistoryRedisConsumerHandler) Setup(_ sarama.ConsumerGroupSession) error   { return nil }
func (OnlineHistoryRedisConsumerHandler) Cleanup(_ sarama.ConsumerGroupSession) error { return nil }

//func (och *OnlineHistoryRedisConsumerHandler) ConsumeClaim(sess sarama.ConsumerGroupSession,
//	claim sarama.ConsumerGroupClaim) error { // a instance in the consumer group
//	log.NewDebug("", "online new session msg come", claim.HighWaterMarkOffset(), claim.Topic(), claim.Partition())
//	for msg := range claim.Messages() {
//		SetOnlineTopicStatus(OnlineTopicBusy)
//		//och.TriggerCmd(OnlineTopicBusy)
//		log.NewDebug("", "online kafka get info to mongo", "msgTopic", msg.Topic, "msgPartition", msg.Partition, "online", msg.Offset, claim.HighWaterMarkOffset())
//		och.msgHandle[msg.Topic](msg, string(msg.Key), sess)
//		if claim.HighWaterMarkOffset()-msg.Offset <= 1 {
//			log.Debug("", "online msg consume end", claim.HighWaterMarkOffset(), msg.Offset)
//			SetOnlineTopicStatus(OnlineTopicVacancy)
//			och.TriggerCmd(OnlineTopicVacancy)
//		}
//	}
//	return nil
//}

func (och *OnlineHistoryRedisConsumerHandler) ConsumeClaim(sess sarama.ConsumerGroupSession,
	claim sarama.ConsumerGroupClaim) error { // a instance in the consumer group

	for {
		if sess == nil {
			log.NewWarn("", " sess == nil, waiting ")
			time.Sleep(100 * time.Millisecond)
		} else {
			break
		}
	}
	rwLock := new(sync.RWMutex)
	log.NewDebug("", "online new session msg come", claim.HighWaterMarkOffset(), claim.Topic(), claim.Partition())
	cMsg := make([]*sarama.ConsumerMessage, 0, 1000)
	t := time.NewTicker(time.Duration(100) * time.Millisecond)
	var triggerID string
	go func() {
		for {
			select {
			//case :
			//	triggerID = utils.OperationIDGenerator()
			//
			//	log.NewDebug(triggerID, "claim.Messages ", msg)
			//	cMsg = append(cMsg, msg)
			//	if len(cMsg) >= 1000 {
			//		ccMsg := make([]*sarama.ConsumerMessage, 0, 1000)
			//		for _, v := range cMsg {
			//			ccMsg = append(ccMsg, v)
			//		}
			//		log.Debug(triggerID, "length trigger msg consumer start", len(ccMsg))
			//		och.msgDistributionCh <- Cmd2Value{Cmd: ConsumerMsgs, Value: TriggerChannelValue{
			//			triggerID: triggerID, cmsgList: ccMsg}}
			//		sess.MarkMessage(msg, "")
			//		cMsg = make([]*sarama.ConsumerMessage, 0, 1000)
			//		log.Debug(triggerID, "length trigger msg consumer end", len(cMsg))
			//	}

			case <-t.C:
				if len(cMsg) > 0 {
					rwLock.Lock()
					ccMsg := make([]*sarama.ConsumerMessage, 0, 1000)
					for _, v := range cMsg {
						ccMsg = append(ccMsg, v)
					}
					cMsg = make([]*sarama.ConsumerMessage, 0, 1000)
					rwLock.Unlock()
					split := 1000
					triggerID = utils.OperationIDGenerator()
					log.Debug(triggerID, "timer trigger msg consumer start", len(ccMsg))
					for i := 0; i < len(ccMsg)/split; i++ {
						//log.Debug()
						och.msgDistributionCh <- Cmd2Value{Cmd: ConsumerMsgs, Value: TriggerChannelValue{
							triggerID: triggerID, cmsgList: ccMsg[i*split : (i+1)*split]}}
					}
					if (len(ccMsg) % split) > 0 {
						och.msgDistributionCh <- Cmd2Value{Cmd: ConsumerMsgs, Value: TriggerChannelValue{
							triggerID: triggerID, cmsgList: ccMsg[split*(len(ccMsg)/split):]}}
					}
					//sess.MarkMessage(ccMsg[len(cMsg)-1], "")

					log.Debug(triggerID, "timer trigger msg consumer end", len(cMsg))
				}
			}
		}

	}()
	for msg := range claim.Messages() {
		//msgFromMQ := pbMsg.MsgDataToMQ{}
		//err := proto.Unmarshal(msg.Value, &msgFromMQ)
		//if err != nil {
		//	log.Error(triggerID, "msg_transfer Unmarshal msg err", "msg", string(msg.Value), "err", err.Error())
		//}
		//userID := string(msg.Key)
		//hashCode := getHashCode(userID)
		//channelID := hashCode % ChannelNum
		//log.Debug(triggerID, "generate channelID", hashCode, channelID, userID)
		////go func(cID uint32, userID string, messages []*pbMsg.MsgDataToMQ) {
		//och.chArrays[channelID] <- Cmd2Value{Cmd: UserMessages, Value: MsgChannelValue{userID: userID, msgList: []*pbMsg.MsgDataToMQ{&msgFromMQ}, triggerID: msgFromMQ.OperationID}}
		//sess.MarkMessage(msg, "")
		rwLock.Lock()
		if len(msg.Value) != 0 {
			cMsg = append(cMsg, msg)
		}
		rwLock.Unlock()
		sess.MarkMessage(msg, "")
		//och.TriggerCmd(OnlineTopicBusy)

		//log.NewDebug("", "online kafka get info to mongo", "msgTopic", msg.Topic, "msgPartition", msg.Partition, "online", msg.Offset, claim.HighWaterMarkOffset())

	}

	return nil
}

//func (och *OnlineHistoryRedisConsumerHandler) ConsumeClaim(sess sarama.ConsumerGroupSession,
//	claim sarama.ConsumerGroupClaim) error { // a instance in the consumer group
//
//	for {
//		if sess == nil {
//			log.NewWarn("", " sess == nil, waiting ")
//			time.Sleep(100 * time.Millisecond)
//		} else {
//			break
//		}
//	}
//
//	log.NewDebug("", "online new session msg come", claim.HighWaterMarkOffset(), claim.Topic(), claim.Partition())
//	cMsg := make([]*sarama.ConsumerMessage, 0, 1000)
//	t := time.NewTicker(time.Duration(100) * time.Millisecond)
//	var triggerID string
//	for msg := range claim.Messages() {
//		cMsg = append(cMsg, msg)
//		//och.TriggerCmd(OnlineTopicBusy)
//		select {
//		//case :
//		//	triggerID = utils.OperationIDGenerator()
//		//
//		//	log.NewDebug(triggerID, "claim.Messages ", msg)
//		//	cMsg = append(cMsg, msg)
//		//	if len(cMsg) >= 1000 {
//		//		ccMsg := make([]*sarama.ConsumerMessage, 0, 1000)
//		//		for _, v := range cMsg {
//		//			ccMsg = append(ccMsg, v)
//		//		}
//		//		log.Debug(triggerID, "length trigger msg consumer start", len(ccMsg))
//		//		och.msgDistributionCh <- Cmd2Value{Cmd: ConsumerMsgs, Value: TriggerChannelValue{
//		//			triggerID: triggerID, cmsgList: ccMsg}}
//		//		sess.MarkMessage(msg, "")
//		//		cMsg = make([]*sarama.ConsumerMessage, 0, 1000)
//		//		log.Debug(triggerID, "length trigger msg consumer end", len(cMsg))
//		//	}
//
//		case <-t.C:
//			if len(cMsg) > 0 {
//				ccMsg := make([]*sarama.ConsumerMessage, 0, 1000)
//				for _, v := range cMsg {
//					ccMsg = append(ccMsg, v)
//				}
//				triggerID = utils.OperationIDGenerator()
//				log.Debug(triggerID, "timer trigger msg consumer start", len(ccMsg))
//				och.msgDistributionCh <- Cmd2Value{Cmd: ConsumerMsgs, Value: TriggerChannelValue{
//					triggerID: triggerID, cmsgList: ccMsg}}
//				sess.MarkMessage(cMsg[len(cMsg)-1], "")
//				cMsg = make([]*sarama.ConsumerMessage, 0, 1000)
//				log.Debug(triggerID, "timer trigger msg consumer end", len(cMsg))
//			}
//		default:
//
//		}
//		//log.NewDebug("", "online kafka get info to mongo", "msgTopic", msg.Topic, "msgPartition", msg.Partition, "online", msg.Offset, claim.HighWaterMarkOffset())
//
//	}
//	return nil
//}

func sendMessageToPush(message *pbMsg.MsgDataToMQ, pushToUserID string) {
	log.Info(message.OperationID, "msg_transfer send message to push", "message", message.String())
	rpcPushMsg := pbPush.PushMsgReq{OperationID: message.OperationID, MsgData: message.MsgData, PushToUserID: pushToUserID}
	mqPushMsg := pbMsg.PushMsgDataToMQ{OperationID: message.OperationID, MsgData: message.MsgData, PushToUserID: pushToUserID}
	grpcConn := getcdv3.GetDefaultConn(config.Config.Etcd.EtcdSchema, strings.Join(config.Config.Etcd.EtcdAddr, ","), config.Config.RpcRegisterName.OpenImPushName, message.OperationID)
	if grpcConn != nil {
		log.Error(rpcPushMsg.OperationID, "rpc dial failed", "push data", rpcPushMsg.String())
		pid, offset, err := producer.SendMessage(&mqPushMsg, mqPushMsg.PushToUserID, rpcPushMsg.OperationID)
		if err != nil {
			log.Error(mqPushMsg.OperationID, "kafka send failed", "send data", message.String(), "pid", pid, "offset", offset, "err", err.Error())
		}
		return
	}
	msgClient := pbPush.NewPushMsgServiceClient(grpcConn)
	_, err := msgClient.PushMsg(context.Background(), &rpcPushMsg)
	if err != nil {
		log.Error(rpcPushMsg.OperationID, "rpc send failed", rpcPushMsg.OperationID, "push data", rpcPushMsg.String(), "err", err.Error())
		pid, offset, err := producer.SendMessage(&mqPushMsg, mqPushMsg.PushToUserID, rpcPushMsg.OperationID)
		if err != nil {
			log.Error(message.OperationID, "kafka send failed", mqPushMsg.OperationID, "send data", mqPushMsg.String(), "pid", pid, "offset", offset, "err", err.Error())
		}
	} else {
		log.Info(message.OperationID, "rpc send success", rpcPushMsg.OperationID, "push data", rpcPushMsg.String())

	}
}

func sendMessageToPushMQ(message *pbMsg.MsgDataToMQ, pushToUserID string) {
	log.Info(message.OperationID, utils.GetSelfFuncName(), "msg ", message.String(), pushToUserID)
	rpcPushMsg := pbPush.PushMsgReq{OperationID: message.OperationID, MsgData: message.MsgData, PushToUserID: pushToUserID}
	mqPushMsg := pbMsg.PushMsgDataToMQ{OperationID: message.OperationID, MsgData: message.MsgData, PushToUserID: pushToUserID}
	pid, offset, err := producer.SendMessage(&mqPushMsg, mqPushMsg.PushToUserID, rpcPushMsg.OperationID)
	if err != nil {
		log.Error(mqPushMsg.OperationID, "kafka send failed", "send data", message.String(), "pid", pid, "offset", offset, "err", err.Error())
	}
	return
}

func sendMessageToModifyMQ(aggregationID string, triggerID string, messages []*pbMsg.MsgDataToMQ) {
	if len(messages) > 0 {
		pid, offset, err := producerToModify.SendMessage(&pbMsg.MsgDataToModifyByMQ{AggregationID: aggregationID, MessageList: messages, TriggerID: triggerID}, aggregationID, triggerID)
		if err != nil {
			log.Error(triggerID, "kafka send failed", "send data", len(messages), "pid", pid, "offset", offset, "err", err.Error(), "key", aggregationID)
		} else {
			//	log.NewWarn(m.OperationID, "sendMsgToKafka   client msgID ", m.MsgData.ClientMsgID)
		}
	}
}

// String hashes a string to a unique hashcode.
//
// crc32 returns a uint32, but for our use we need
// and non negative integer. Here we cast to an integer
// and invert it if the result is negative.
func getHashCode(s string) uint32 {
	return crc32.ChecksumIEEE([]byte(s))
}