chirpnest/workers.go

631 lines
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package main
import (
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"encoding/json"
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"fmt"
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"log"
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"math/rand"
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"strconv"
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"strings"
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"time"
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"github.com/streadway/amqp"
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tb "gopkg.in/tucnak/telebot.v2"
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)
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func MQGetMsgWorker(id int, msgs chan<- ChatWarsMessage) {
//log.Printf("MQGetMsgWorker[" + strconv.Itoa(id) + "] : Starting.")
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var err error
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c := MQClient{
User: cfg.Rabbit.User,
Password: cfg.Rabbit.Password,
Host: cfg.Rabbit.Host,
Path: cfg.Rabbit.Path,
SSL: false,
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}
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for true {
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c.Connection, err = amqp.Dial("amqp://" + c.User + ":" + c.Password + "@" + c.Host + "/" + c.Path)
logOnError(err, "MQGetMsgWorker["+strconv.Itoa(id)+"] : Cannot open MQ connection")
if err != nil {
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//c.Connection.Close()
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time.Sleep(15 * time.Second)
continue
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}
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c.Channel, err = c.Connection.Channel()
logOnError(err, "MQGetMsgWorker["+strconv.Itoa(id)+"] : Cannot open MQ channel")
if err != nil {
c.Channel.Close()
c.Connection.Close()
time.Sleep(15 * time.Second)
continue
}
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c.Queue, err = c.Channel.QueueDeclare(
"msg", // name
false, // durable
false, // delete when unused
false, // exclusive
false, // no-wait
nil, // arguments
)
logOnError(err, "MQGetMsgWorker["+strconv.Itoa(id)+"] : Failed to declare a queue")
if err != nil {
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c.Channel.Close()
c.Connection.Close()
time.Sleep(15 * time.Second)
continue
}
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m, err := c.Channel.Consume(
c.Queue.Name, // queue
"", // consumer
true, // auto-ack
false, // exclusive
false, // no-local
false, // no-wait
nil, // args
)
logOnError(err, "MQGetMsgWorker["+strconv.Itoa(id)+"] : Failed to register a consumer")
if err != nil {
c.Channel.Close()
c.Connection.Close()
time.Sleep(15 * time.Second)
continue
}
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for d := range m {
var x ChatWarsMessage
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//log.Printf("MQGetMsgWorker["+strconv.Itoa(id)+"] : Received a message: %s", string(d.Body))
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err = json.Unmarshal(d.Body, &x)
logOnError(err, "MQGetMsgWorker["+strconv.Itoa(id)+"] : Can't unmarshal.\n"+string(d.Body))
if err == nil {
msgs <- x
}
}
c.Channel.Close()
c.Connection.Close()
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}
log.Printf("MQGetMsgWorker[" + strconv.Itoa(id) + "] : Closing.")
}
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func MQKeepAliveWorker() {
//log.Printf("MQKeepAliveWorker : Starting.")
var err error
c := MQClient{
User: cfg.Rabbit.User,
Password: cfg.Rabbit.Password,
Host: cfg.Rabbit.Host,
Path: cfg.Rabbit.Path,
SSL: false,
}
for true {
c.Connection, err = amqp.Dial("amqp://" + c.User + ":" + c.Password + "@" + c.Host + "/" + c.Path)
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logOnError(err, "MQKeepAliveWorker : Cannot open MQ connection")
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if err != nil {
time.Sleep(15 * time.Second)
continue
}
c.Channel, err = c.Connection.Channel()
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logOnError(err, "MQKeepAliveWorker : Cannot open MQ channel")
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if err != nil {
c.Channel.Close()
c.Connection.Close()
time.Sleep(15 * time.Second)
continue
}
c.Queue, err = c.Channel.QueueDeclare(
"keepalive", // name
false, // durable
false, // delete when unused
false, // exclusive
false, // no-wait
nil, // arguments
)
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logOnError(err, "MQKeepAliveWorker : Failed to declare a queue")
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if err != nil {
c.Channel.Close()
c.Connection.Close()
time.Sleep(15 * time.Second)
continue
}
m, err := c.Channel.Consume(
c.Queue.Name, // queue
"", // consumer
true, // auto-ack
false, // exclusive
false, // no-local
false, // no-wait
nil, // args
)
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logOnError(err, "MQKeepAliveWorker] : Failed to register a consumer")
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if err != nil {
c.Channel.Close()
c.Connection.Close()
time.Sleep(15 * time.Second)
continue
}
for d := range m {
x := MQKeepAlive{}
err = json.Unmarshal(d.Body, &x)
logOnError(err, "MQKeepAliveWorker : Can't unmarshal.\n"+string(d.Body))
if err == nil {
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//log.Printf("MQKeepAliveWorker : Received message from %s (%d).\n", x.Nickname, x.TGUserID64)
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if x.Date.Add(10 * time.Second).Before(time.Now()) {
// outdated keep-alive coming from client
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} else if clt, ok := getLockedClient(x.TGUserID64, true); ok {
clt.HeartBeat = x.Date
if clt.Active {
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//log.Printf("MQKeepAliveWorker : Client %s (%d) already active.\n", clt.Login, clt.TGUserID64)
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clt.Mux.Unlock()
} else {
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clt.Login = x.Nickname
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//log.Printf("MQKeepAliveWorker : Connecting to %s (%d).\n", clt.Login, clt.TGUserID64)
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clt.MQ.User = cfg.Rabbit.User
clt.MQ.Password = cfg.Rabbit.Password
clt.MQ.Host = cfg.Rabbit.Host
clt.MQ.Path = x.Queue
clt.MQ.SSL = false
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clt.MQ.Connection, err = amqp.Dial("amqp://" + clt.MQ.User + ":" + clt.MQ.Password + "@" + clt.MQ.Host + "/" + clt.MQ.Path)
logOnError(err, "MQKeepAliveWorker : Failed to connect to RabbitMQ")
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if err != nil {
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clt.MQ.Connection.Close()
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} else {
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clt.MQ.Channel, err = clt.MQ.Connection.Channel()
logOnError(err, "MQKeepAliveWorker : Failed to open a channel")
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if err != nil {
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clt.MQ.Channel.Close()
clt.MQ.Connection.Close()
} else {
clt.MQ.Queue, err = clt.MQ.Channel.QueueDeclare(
"msg", // name
false, // durable
false, // delete when unused
false, // exclusive
false, // no-wait
nil, // arguments
)
logOnError(err, "MQKeepAliveWorker : Failed to declare a queue")
if err != nil {
clt.MQ.Channel.Close()
clt.MQ.Connection.Close()
} else {
clt.Active = true
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//log.Printf("MQKeepAliveWorker : Connected to %s.\n", x.Nickname)
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}
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}
}
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clt.Mux.Unlock()
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if clt.Active {
c := TGCommand{
Type: commandSendMsg,
ToUserID64: x.TGUserID64,
Text: "Your client is connected.",
}
TGCmdQueue <- c
c = TGCommand{
Type: commandSendMsg,
ToUserID64: cfg.Bot.Admin,
Text: fmt.Sprintf("Client `%s` is connected.", x.Nickname),
}
TGCmdQueue <- c
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clientSendCWMsg(x.TGUserID64, `🏅Me`)
} else {
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c := TGCommand{
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Type: commandSendMsg,
ToUserID64: cfg.Bot.Admin,
Text: fmt.Sprintf("Cannot connect to client `%s`.", x.Nickname),
}
TGCmdQueue <- c
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}
}
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}
}
}
c.Channel.Close()
c.Connection.Close()
}
log.Printf("MQKeepAliveWorker : Closing.")
}
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func MQTGCmdWorker(id int, cmds <-chan TGCommand) {
//log.Printf("MQTGCmdWorker[" + strconv.Itoa(id) + "] : Starting.")
for c := range cmds {
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if clt, ok := getLockedClient(c.FromUserID64, false); ok {
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j, err := json.Marshal(c)
logOnError(err, "MQTGCmdWorker["+strconv.Itoa(id)+"] : Marshal(c)")
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//log.Printf("MQTGCmdWorker["+strconv.Itoa(id)+"] : new command.\n%s\n", string(j))
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for clt.MQ.Connection.IsClosed() {
clt.Active = false
log.Printf("MQTGCmdWorker : Resetting MQ connection for #%d.\n", c.FromUserID64)
clt.MQ.Connection, err = amqp.Dial("amqp://" + clt.MQ.User + ":" + clt.MQ.Password + "@" + clt.MQ.Host + "/" + clt.MQ.Path)
logOnError(err, "MQTGCmdWorker : Cannot open MQ connection")
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if err != nil {
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clt.MQ.Connection.Close()
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time.Sleep(15 * time.Second)
continue
}
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clt.MQ.Channel, err = clt.MQ.Connection.Channel()
logOnError(err, "MQTGCmdWorker : Cannot open MQ channel")
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if err != nil {
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clt.MQ.Channel.Close()
clt.MQ.Connection.Close()
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time.Sleep(15 * time.Second)
continue
}
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clt.MQ.Queue, err = clt.MQ.Channel.QueueDeclare(
"msg", // name
false, // durable
false, // delete when unused
false, // exclusive
false, // no-wait
nil, // arguments
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)
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logOnError(err, "MQTGCmdWorker : Failed to declare a queue")
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if err != nil {
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clt.MQ.Channel.Close()
clt.MQ.Connection.Close()
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time.Sleep(15 * time.Second)
continue
}
}
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err = clt.MQ.Channel.Publish(
"", // exchange
clt.MQ.Queue.Name, // routing key
false, // mandatory
false, // immediate
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amqp.Publishing{
ContentType: "application/json",
Body: []byte(j),
})
logOnError(err, "MQTGCmdWorker["+strconv.Itoa(id)+"] : Publishing message.")
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//log.Printf("MQTGCmdWorker[" + strconv.Itoa(id) + "] : Message published.")
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clt.Mux.Unlock()
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} else {
log.Printf("MQTGCmdWorker["+strconv.Itoa(id)+"] : client %d offline.\n", c.FromUserID64)
}
}
log.Printf("MQTGCmdWorker[" + strconv.Itoa(id) + "] : Closing.")
}
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func SQLCWMsgWorker(id int, msgs <-chan ChatWarsMessage, objIds chan<- int64) {
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//log.Printf("SQLCWMsgWorker[" + strconv.Itoa(id) + "] : Starting.")
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for m := range msgs {
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objId, err := addObjMsg(m.ID64, m.ChatID64, m.TGUserID64, m.TGSenderUserID64, m.Date, m.Text)
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logOnError(err, "SQLCWMsgWorker["+strconv.Itoa(id)+"] : Inserting message.")
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if err == nil && objId != 0 {
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// log.Printf("SQLCWMsgWorker["+strconv.Itoa(id)+"] : Message inserted (%d).\n", objId)
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objIds <- objId
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} else {
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//log.Printf("SQLCWMsgWorker["+strconv.Itoa(id)+"] : Message in error\n%s\n", m.Text)
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}
}
log.Printf("SQLCWMsgWorker[" + strconv.Itoa(id) + "] : Closing.")
}
func SQLIdentifyMsgWorker(id int, objIds <-chan int64) {
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var i int
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//log.Printf("SQLIdentifyMsgWorker[" + strconv.Itoa(id) + "] : Starting.")
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for objId := range objIds {
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m, err := getObjMsg(objId)
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logOnError(err, "SQLIdentifyMsgWorker["+strconv.Itoa(id)+"] : Retrieving message.")
if err == nil {
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//log.Printf("SQLIdentifyMsgWorker["+strconv.Itoa(id)+"] : Message retrieved (%d)\n%s\n", objId, m.Text)
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for i = 0; i < len(msgParsingRules) && msgParsingRules[i].re.FindStringSubmatch(m.Text) == nil; i++ {
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}
if i == len(msgParsingRules) {
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log.Printf("SQLIdentifyMsgWorker["+strconv.Itoa(id)+"] : Can't find message type in rules(%d)\n%s\n", objId, m.Text)
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} else {
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r := msgParsingRules[i].re
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err = setObjSubTypeId(objId, msgParsingRules[i].MsgTypeID)
logOnError(err, "SQLIdentifyMsgWorker["+strconv.Itoa(id)+"] : setObjSubTypeId")
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switch msgParsingRules[i].MsgTypeID {
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case objSubTypeMessageGRolesReq:
case objSubTypeMessageGo:
case objSubTypeMessageReportReq:
case objSubTypeMessageGReportReq:
case objSubTypeMessageHeroReq:
case objSubTypeMessageMeReq:
case objSubTypeMessageInventoryReq:
case objSubTypeMessageTimeReq:
case objSubTypeMessagePledge:
case objSubTypeMessagePillageGo:
case objSubTypeMessagePillageTimeout:
case objSubTypeMessagePillageWin:
case objSubTypeMessagePillageLoss:
case objSubTypeMessageGoQuest:
case objSubTypeMessageGoFastFight:
case objSubTypeMessageGoArena:
case objSubTypeMessageTop:
case objSubTypeMessageMenu:
case objSubTypeMessageBuyReq:
case objSubTypeMessageSellReq:
case objSubTypeMessageOrderbookReq:
case objSubTypeMessageOrderbookAck:
case objSubTypeMessageWithdrawReq:
case objSubTypeMessageWithdrawCode:
case objSubTypeMessageWithdrawRcv:
case objSubTypeMessageDepositReq:
case objSubTypeMessageDepositAck:
case objSubTypeMessageStockReq:
case objSubTypeMessageMiscReq:
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case objSubTypeMessageGStockResReq:
case objSubTypeMessageGStockAlchReq:
case objSubTypeMessageGStockMiscReq:
case objSubTypeMessageGStockRecReq:
case objSubTypeMessageGStockPartReq:
case objSubTypeMessageGStockOthReq:
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case objSubTypeMessageGStockAnyAck:
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_, err := parseSubTypeMessageGStockAnyAck(m, r)
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logOnError(err, "SQLIdentifyMsgWorker["+strconv.Itoa(id)+"] : Parsing objSubTypeMessageGStockAnyAck.")
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case objSubTypeMessageReportAck:
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cwm, err := parseSubTypeMessageReportAck(m, r)
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logOnError(err, "SQLIdentifyMsgWorker["+strconv.Itoa(id)+"] : Parsing objSubTypeMessageReportAck.")
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cwm.ObjID64 = objId
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case objSubTypeMessageMiniWar:
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cwm, err := parseSubTypeMessageMiniWar(m, r)
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logOnError(err, "SQLIdentifyMsgWorker["+strconv.Itoa(id)+"] : Parsing objSubTypeMessageMiniWar.")
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cwm.ObjID64 = objId
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err = insertMsgMiniWar(cwm)
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logOnError(err, "SQLIdentifyMsgWorker["+strconv.Itoa(id)+"] : insertMsgMiniWar")
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case objSubTypeMessagePillageInc:
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cwm, err := parseSubTypeMessagePillageInc(m, r)
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logOnError(err, "SQLIdentifyMsgWorker["+strconv.Itoa(id)+"] : Parsing objSubTypeMessagePillageInc.")
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cwm.ObjID64 = objId
err = insertMsgPillageInc(cwm)
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logOnError(err, "SQLIdentifyMsgWorker["+strconv.Itoa(id)+"] : insertMsgPillageInc")
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// only catch live pillages
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if m.Date.Add(3 * time.Minute).After(time.Now()) {
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s := TGCommand{
Type: commandSendMsg,
Text: fmt.Sprintf("Catching pillage (%s)", m.Date.Format(time.RFC3339)),
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ToUserID64: m.TGUserID64,
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}
TGCmdQueue <- s
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p := JobPayloadPillage{
ObjID64: objId,
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Date: m.Date,
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}
b, _ := json.Marshal(&p)
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_, err = createJob(objSubTypeJobPillage, objJobPriority, m.TGUserID64, m.Date.Add(time.Duration(25+rand.Intn(35))*time.Second), b)
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logOnError(err, "SQLIdentifyMsgWorker["+strconv.Itoa(id)+"] : createJob(JobPillage)")
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}
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case objSubTypeMessageMeAck:
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cwm, err := parseSubTypeMessageMeAck(m, r)
logOnError(err, "SQLIdentifyMsgWorker["+strconv.Itoa(id)+"] : Parsing objSubTypeMessageMeAck.")
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cwm.Msg = m
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clientMsgMeAck(cwm)
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_, err = addObjXP(cwm.CWUserID64, cwm.ExpNow, cwm.ExpLvl, cwm.Level, m.Date)
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logOnError(err, "SQLIdentifyMsgWorker["+strconv.Itoa(id)+"] : addObjXP(MeAck)")
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case objSubTypeMessageGoQuestAck:
cwm, err := parseSubTypeMessageGoQuestAck(m, r)
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logOnError(err, "SQLIdentifyMsgWorker["+strconv.Itoa(id)+"] : Parsing objSubTypeMessageGoQuestAck.")
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cwm.Msg = m
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uid, err := clientGetCWUserID64(m.TGUserID64)
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logOnError(err, "SQLIdentifyMsgWorker["+strconv.Itoa(id)+"] : Retrieving UserID64.")
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if err != nil {
err = setObjSubTypeId(objId, objSubTypeMessageUnknown)
} else {
clientMsgGoQuestAck(cwm)
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_, err = addObjQuest(uid, cwm.QuestTypeID, cwm.Duration, m.Date.UTC())
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}
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case objSubTypeMessageDuelFight:
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cwm, err := parseSubTypeMessageDuelFight(m, r)
logOnError(err, "SQLIdentifyMsgWorker["+strconv.Itoa(id)+"] : Parsing objSubTypeMessageDuelFight.")
cwm.ObjID64 = objId
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err = insertMsgDuelFight(cwm)
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logOnError(err, "SQLIdentifyMsgWorker["+strconv.Itoa(id)+"] : insertMsgDuelFight")
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case objSubTypeMessageUnionWar:
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_, err := parseSubTypeMessageUnionWar(m, r)
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logOnError(err, "SQLIdentifyMsgWorker["+strconv.Itoa(id)+"] : Parsing objSubTypeMessageUnionWar.")
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case objSubTypeMessageGRolesAck:
cwm, err := parseSubTypeMessageGRolesAck(m, r)
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logOnError(err, "SQLIdentifyMsgWorker["+strconv.Itoa(id)+"] : Parsing objSubTypeMessageGRolesAck.")
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cwm.Msg = m
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clientMsgGRolesAck(cwm)
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case objSubTypeMessageAuctionAnnounce:
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cwm, err := parseSubTypeMessageAuctionAnnounce(m, r)
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logOnError(err, "SQLIdentifyMsgWorker["+strconv.Itoa(id)+"] : Parsing objSubTypeMessageAuctionAnnounce.")
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cwm.ObjID64 = objId
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err = insertMsgAuctionAnnounce(cwm)
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logOnError(err, "SQLIdentifyMsgWorker["+strconv.Itoa(id)+"] : insertMsgAuctionAnnounce")
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if cwm.End.After(time.Now().UTC()) || strings.Compare(cwm.Status, `#active`) == 0 {
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p := JobPayloadMsgRefresh{
ObjID64: m.ObjID64,
}
b, _ := json.Marshal(&p)
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_, err = createJob(objSubTypeJobMsgRefresh, objJobPriority, m.TGUserID64, cwm.End.Add(5*time.Minute).UTC(), b)
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}
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case objSubTypeMessageTimeAck:
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_, err := fromChatWarsDate(r.ReplaceAllString(m.Text, "${Day}") + " " + r.ReplaceAllString(m.Text, "${Month}") + " " + r.ReplaceAllString(m.Text, "${Year}") + " " + r.ReplaceAllString(m.Text, "${Hour}") + ":" + r.ReplaceAllString(m.Text, "${Minute}"))
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logOnError(err, "SQLIdentifyMsgWorker["+strconv.Itoa(id)+"] : fromChatWarsDate")
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default:
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log.Printf("SQLIdentifyMsgWorker["+strconv.Itoa(id)+"] : Unknwon message type in rule %d : %d (%d)\n%s\n", msgParsingRules[i].ID, msgParsingRules[i].MsgTypeID, objId, m.Text)
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}
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}
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}
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}
log.Printf("SQLIdentifyMsgWorker[" + strconv.Itoa(id) + "] : Closing.")
}
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func SQLJobWorker() {
//log.Printf("SQLJobWorker : Starting.")
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for true {
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jobs, err := loadCurrentJobs()
logOnError(err, "SQLJobWorker : loadCurrentJobs")
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/*
if len(jobs) > 0 {
log.Printf("SQLJobWorker : %d jobs.\n", len(jobs))
}
*/
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if err == nil {
for _, j := range jobs {
JobQueue <- j
}
if len(jobs) < SQLJobSliceSize {
time.Sleep(100 * time.Millisecond)
}
} else {
time.Sleep(1 * time.Second)
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}
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}
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log.Printf("SQLJobWorker : Closing.")
}
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func JobWorker(id int, jobs <-chan Job) {
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//log.Printf("jobWorker[" + strconv.Itoa(id) + "] : Starting.")
for j := range jobs {
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//log.Printf("JobWorker[%d] : Starting job %d.\n", id, j.ID64)
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switch j.JobTypeID {
case objSubTypeJobRescanMsg:
jobRescan(j)
case objSubTypeJobSetJobDone:
jobSetDone(j)
case objSubTypeJobPillage:
jobPillage(j)
case objSubTypeJobMsgClient:
jobMsgClient(j)
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case objSubTypeJobMsgRefresh:
jobMsgRefresh(j)
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case objSubTypeJobBackupExport:
jobBackupExport(j)
case objSubTypeJobBackupImport:
jobBackupImport(j)
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case objSubTypeJobGStock:
jobGStock(j)
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default:
log.Printf("jobWorker["+strconv.Itoa(id)+"] : No handler for job type #%d.\n", j.JobTypeID)
}
}
log.Printf("jobWorker[" + strconv.Itoa(id) + "] : Closing.")
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}
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func TGCmdWorker(id int, b *tb.Bot, cmds <-chan TGCommand) {
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//log.Printf("TGCmdWorker[" + strconv.Itoa(id) + "] : Starting.")
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for c := range cmds {
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//j, err := json.Marshal(c)
//logOnError(err, "TGCmdWorker["+strconv.Itoa(id)+"] : Marshal(c)")
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//log.Printf("TGCmdWorker["+strconv.Itoa(id)+"] : new command.\n%s\n", string(j))
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opt := tb.SendOptions{}
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switch c.ParseMode {
case cmdParseModePlain:
opt.ParseMode = tb.ModeDefault
case cmdParseModeMarkDown:
opt.ParseMode = tb.ModeMarkdown
case cmdParseModeHTML:
opt.ParseMode = tb.ModeHTML
default:
opt.ParseMode = tb.ModeDefault
}
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switch c.Type {
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case commandSendMsg:
if c.ToChatID64 != 0 {
ch := tb.Chat{
ID: c.ToChatID64,
}
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_, err := b.Send(&ch, c.Text, &opt)
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logOnError(err, "TGCmdWorker["+strconv.Itoa(id)+"] : SendMsg Chat")
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} else if c.ToUserID64 != 0 {
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u := tb.User{
ID: int(c.ToUserID64),
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}
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_, err := b.Send(&u, c.Text, &opt)
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logOnError(err, "TGCmdWorker["+strconv.Itoa(id)+"] : SendMsg User")
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}
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case commandReplyMsg:
ch := tb.Chat{
ID: c.FromChatID64,
}
m := tb.Message{
ID: int(c.FromMsgID64),
Chat: &ch,
}
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_, err := b.Reply(&m, c.Text, &opt)
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logOnError(err, "TGCmdWorker["+strconv.Itoa(id)+"] : ReplyMsg")
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case commandSendDocument:
if c.ToChatID64 != 0 {
ch := tb.Chat{
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ID: c.ToChatID64,
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}
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d := c.Document
_, err := b.Send(&ch, &d)
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//_, err := c.Document.Send(b, ch, nil)
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logOnError(err, "TGCmdWorker["+strconv.Itoa(id)+"] : SendDocument Chat")
} else if c.ToUserID64 != 0 {
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u := tb.User{
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ID: int(c.ToUserID64),
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}
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d := c.Document
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_, err := b.Send(&u, &d)
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//_, err := c.Document.Send(b, &ch, nil)
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logOnError(err, "TGCmdWorker["+strconv.Itoa(id)+"] : SendDocument Chat")
}
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default:
}
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}
log.Printf("TGCmdWorker[" + strconv.Itoa(id) + "] : Closing.")
}
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func MQTidyKeepAliveWorker() {
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//log.Printf("MQTidyKeepAliveWorker : Starting.")
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for true {
t := time.Now()
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muxClients.Lock()
for id, clt := range clients {
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clt.Mux.Lock()
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if clt.Active && clt.HeartBeat.Add(3*KeepAliveHeartBeatSeconds*time.Second).Before(time.Now()) {
msgs, err := clt.MQ.Channel.QueuePurge(clt.MQ.Queue.Name, false)
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logOnError(err, "MQTidyKeepAliveWorker : Channel.QueuePurge()")
err = clt.MQ.Channel.Close()
logOnError(err, "MQTidyKeepAliveWorker : Channel.Close()")
err = clt.MQ.Connection.Close()
logOnError(err, "MQTidyKeepAliveWorker : Connection.Close()")
cmd := TGCommand{
Type: commandSendMsg,
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ToUserID64: id,
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Text: "Timeout, purging and closing command queue.",
}
TGCmdQueue <- cmd
cmd = TGCommand{
Type: commandSendMsg,
ToUserID64: cfg.Bot.Admin,
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Text: fmt.Sprintf("Client %s timed out (%d messages purged).", clt.Login, msgs),
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}
TGCmdQueue <- cmd
clt.Active = false
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} else if clt.Active {
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//log.Printf("MQTidyKeepAliveWorker : Client %s is active.\n", clt.Login)
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} else {
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//log.Printf("MQTidyKeepAliveWorker : Client %s is inactive.\n", clt.Login)
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}
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clt.Mux.Unlock()
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}
muxClients.Unlock()
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time.Sleep(time.Until(t.Add(time.Second)))
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}
log.Printf("MQTidyKeepAliveWorker : Closing.")
}