func main() {
var err error
// Parse cmd-line arguments
flag.Parse()
log.Info("web ver: \"%s\" start", ver.Version)
if err = InitConfig(); err != nil {
panic(err)
}
// Set max routine
runtime.GOMAXPROCS(Conf.MaxProc)
// init log
log.LoadConfiguration(Conf.Log)
defer log.Close()
// init zookeeper
zkConn, err := InitZK()
if err != nil {
if zkConn != nil {
zkConn.Close()
}
panic(err)
}
// start pprof http
perf.Init(Conf.PprofBind)
// start http listen.
StartHTTP()
// process init
if err = process.Init(Conf.User, Conf.Dir, Conf.PidFile); err != nil {
panic(err)
}
// init signals, block wait signals
signalCH := InitSignal()
HandleSignal(signalCH)
log.Info("web stop")
}
// RegisterTmp create a ephemeral node, and watch it, if node droped then send a SIGQUIT to self.
func RegisterTemp(conn *zk.Conn, fpath string, data []byte) error {
tpath, err := conn.Create(path.Join(fpath)+"/", data, zk.FlagEphemeral|zk.FlagSequence, zk.WorldACL(zk.PermAll))
if err != nil {
log.Error("conn.Create(\"%s\", \"%s\", zk.FlagEphemeral|zk.FlagSequence) error(%v)", fpath, string(data), err)
return err
}
log.Debug("create a zookeeper node:%s", tpath)
// watch self
go func() {
for {
log.Info("zk path: \"%s\" set a watch", tpath)
exist, _, watch, err := conn.ExistsW(tpath)
if err != nil {
log.Error("zk.ExistsW(\"%s\") error(%v)", tpath, err)
log.Warn("zk path: \"%s\" set watch failed, kill itself", tpath)
killSelf()
return
}
if !exist {
log.Warn("zk path: \"%s\" not exist, kill itself", tpath)
killSelf()
return
}
event := <-watch
log.Info("zk path: \"%s\" receive a event %v", tpath, event)
}
}()
return nil
}
func (self *DataSummer) PrintResultLog() {
costime := (Resultdata.GetEndTime() - Resultdata.GetBeginTime()) / 1000 / 1000 / 1000
if costime == 0 {
costime = 1
}
log.Info("---------------------------------------------------")
log.Info("|* %s:%s ", Resultdata.Data_type, Resultdata.Cmd_type)
RequestCount := Resultdata.GetSendQuantity()
log.Info("|* total: %d, Cost_sec: %d, Qps: %d", RequestCount, costime, int64(RequestCount)/costime)
RequestSuccCount := Resultdata.GetSuccQuantity()
log.Info("|* succ : %d, Cost_sec: %d, Qps: %d", RequestSuccCount, costime, int64(RequestSuccCount)/costime)
RequestFailCount := Resultdata.GetFailQuantity()
log.Info("|* fail : %d, Cost_sec: %d, Qps: %d", RequestFailCount, costime, int64(RequestFailCount)/costime)
RequestErrorCount := Resultdata.GetErrorQuantity()
log.Info("|* error: %d, Cost_sec: %d, Qps: %d", RequestErrorCount, costime, int64(RequestErrorCount)/costime)
if self.total_ret != 0 {
log.Info("|* data check %s:%s ", self.Datatype, self.Cmd)
log.Info("|* total check num %d ", self.total_ret)
log.Info("|* succ check num %d ", self.succ_ret)
log.Info("|* err check num %d ", self.err_ret)
}
//func (self *DayReport) AddData(data, cmd string, total, succ, fail, err int32) {
Dayreport.AddData(self.Datatype, self.Cmd, RequestCount, RequestCount-int32(self.err_ret), RequestFailCount, int32(self.err_ret))
}
func (self *ClusterConfiguration) RecoverFromWAL() error {
writeBuffer := NewWriteBuffer("local", self.shardStore, self.wal, self.LocalServer.Id, self.config.LocalStoreWriteBufferSize)
self.writeBuffers = append(self.writeBuffers, writeBuffer)
self.shardStore.SetWriteBuffer(writeBuffer)
var waitForAll sync.WaitGroup
for _, _server := range self.servers {
server := _server
waitForAll.Add(1)
if server.RaftName == self.LocalRaftName {
self.LocalServer = server
go func(serverId uint32) {
log.Info("Recovering local server")
self.recover(serverId, self.shardStore)
log.Info("Recovered local server")
waitForAll.Done()
}(server.Id)
} else {
go func(serverId uint32) {
if server.connection == nil {
server.connection = self.connectionCreator(server.ProtobufConnectionString)
server.Connect()
}
log.Info("Recovering remote server %d", serverId)
self.recover(serverId, server)
log.Info("Recovered remote server %d", serverId)
waitForAll.Done()
}(server.Id)
}
}
log.Info("Waiting for servers to recover")
waitForAll.Wait()
return nil
}
func (s *RaftServer) Serve(l net.Listener) error {
s.listener = l
log.Info("Initializing Raft HTTP server")
// Initialize and start HTTP server.
s.httpServer = &http.Server{
Handler: s.router,
}
s.router.HandleFunc("/join", s.joinHandler).Methods("POST")
s.router.HandleFunc("/process_command/{command_type}", s.processCommandHandler).Methods("POST")
log.Info("Raft Server Listening at %s", s.config.RaftListenString())
go func() {
err := s.httpServer.Serve(l)
if !strings.Contains(err.Error(), "closed network") {
panic(err)
}
}()
started := make(chan error)
go func() {
started <- s.startRaft()
}()
err := <-started
// time.Sleep(3 * time.Second)
return err
}
func (f FtpBase) PutFile(srcFile string, dstFile string) (err error) {
// fmt.Printf("PutFile: srcFile[%s] dstFile[%s] \n", srcFile, dstFile)
if f.isFileExistLocal(srcFile) == false {
log.Info("isFileExistLocal: srcFile[%s] not exist at local", srcFile)
return os.ErrNotExist
}
// 在服务器上创建目录
if dstFile[len(dstFile)-1] == '/' {
dstFile = dstFile[:len(dstFile)-1]
}
i := len(dstFile) - 1
for ; dstFile[i] != '/'; i-- {
}
dstPath := dstFile[:i]
err = f.CreateFolderServer(dstPath)
if err != nil {
log.Info("CreateFolderServer[%s] failed[err]", dstPath, err)
return err
}
b, err := ioutil.ReadFile(srcFile)
if err != nil {
log.Info("read srcFile[%s] failed[%s]", srcFile, err)
return err
}
// 在服务器端创建文件
err = f.conn.Stor(dstFile, bytes.NewBufferString(string(b)))
if err != nil {
log.Info("stor srcName[%s] dstName[%s] failed[%s]", srcFile, dstFile, err)
}
return err
}
func (self *DayDataItem) Log() {
log.Info("|$ %s", self.name)
log.Info("|$ total : %d", self.msg_send)
log.Info("|$ succ : %d", self.msg_succ)
log.Info("|$ fail : %d", self.msg_failed)
log.Info("|$ error : %d", self.msg_error)
}
func (f FtpBase) GetFile(srcFile string, dstFile string) (err error) {
// fmt.Printf("GetFile: srcFile[%s] dstFile[%s] \n", srcFile, dstFile)
// create folder
i := len(dstFile) - 1
for ; i >= 0 && dstFile[i] != '/'; i-- {
}
f.CreateFolderLocal(dstFile[:i])
// create file
r, err := f.conn.Retr(srcFile)
if err != nil {
log.Info("GetFile: f.conn.Retr[%s] error[%s]", srcFile, err)
return err
}
defer r.Close()
buf, err := ioutil.ReadAll(r)
if err == nil {
err = ioutil.WriteFile(dstFile, buf, 0766) //os.ModeAppend
if err != nil {
log.Info("ioutil.WriteFile: dstFile[%s] err[%s]", dstFile, err)
}
}
return err
}
func (self *ClusterConfiguration) AddPotentialServer(server *ClusterServer) {
self.serversLock.Lock()
defer self.serversLock.Unlock()
self.servers = append(self.servers, server)
self.lastServerIdUsed++
server.Id = self.lastServerIdUsed
log.Info("Added server to cluster config: %d, %s, %s", server.Id, server.RaftConnectionString, server.ProtobufConnectionString)
log.Info("Checking whether this is the local server local: %s, new: %s", self.config.ProtobufConnectionString(), server.ProtobufConnectionString)
if server.RaftName == self.LocalRaftName && self.addedLocalServer {
panic("how did we add the same server twice ?")
}
// if this is the local server unblock WaitForLocalServerLoaded()
// and set the local connection string and id
if server.RaftName == self.LocalRaftName {
log.Info("Added the local server")
self.LocalServer = server
self.addedLocalServerWait <- true
self.addedLocalServer = true
return
}
// if this isn't the local server, connect to it
log.Info("Connecting to ProtobufServer: %s from %s", server.ProtobufConnectionString, self.config.ProtobufConnectionString())
if server.connection == nil {
server.connection = self.connectionCreator(server.ProtobufConnectionString)
server.Connect()
}
writeBuffer := NewWriteBuffer(fmt.Sprintf("%d", server.GetId()), server, self.wal, server.Id, self.config.PerServerWriteBufferSize)
self.writeBuffers = append(self.writeBuffers, writeBuffer)
server.SetWriteBuffer(writeBuffer)
server.StartHeartbeat()
return
}
// StartHTTP start listen http.
func StartHTTP() {
// external
httpServeMux := http.NewServeMux()
// 2
httpServeMux.HandleFunc("/2/server/get", GetServer2)
// 1.0
httpServeMux.HandleFunc("/1/server/get", GetServer)
httpServeMux.HandleFunc("/1/msg/get", GetOfflineMsg)
httpServeMux.HandleFunc("/1/time/get", GetTime)
// old
httpServeMux.HandleFunc("/server/get", GetServer0)
httpServeMux.HandleFunc("/msg/get", GetOfflineMsg0)
httpServeMux.HandleFunc("/time/get", GetTime0)
// internal
httpAdminServeMux := http.NewServeMux()
// 1.0
httpAdminServeMux.HandleFunc("/1/admin/push/private", PushPrivate)
httpAdminServeMux.HandleFunc("/1/admin/push/mprivate", PushMultiPrivate)
httpAdminServeMux.HandleFunc("/1/admin/msg/del", DelPrivate)
// old
httpAdminServeMux.HandleFunc("/admin/push", PushPrivate)
httpAdminServeMux.HandleFunc("/admin/msg/clean", DelPrivate)
for _, bind := range Conf.HttpBind {
log.Info("start http listen addr:\"%s\"", bind)
go httpListen(httpServeMux, bind)
}
for _, bind := range Conf.AdminBind {
log.Info("start admin http listen addr:\"%s\"", bind)
go httpListen(httpAdminServeMux, bind)
}
}
func (self *WAL) openLog(logFileName string) (*log, *index, error) {
logger.Info("Opening log file %s", logFileName)
logFile, err := os.OpenFile(logFileName, os.O_CREATE|os.O_RDWR|os.O_APPEND, 0644)
if err != nil {
return nil, nil, err
}
log, err := newLog(logFile, self.config)
if err != nil {
return nil, nil, err
}
self.logFiles = append(self.logFiles, log)
suffix := strings.TrimPrefix(path.Base(logFileName), "log.")
indexFileName := path.Join(self.config.WalDir, "index."+suffix)
logger.Info("Opening index file %s", indexFileName)
index, err := newIndex(indexFileName)
if err != nil {
logger.Error("Cannot open index file %s", err)
log.close()
return nil, nil, err
}
self.logIndex = append(self.logIndex, index)
return log, index, nil
}
// Get a user channel from ChannleList.
func (l *ChannelList) Get(key string, newOne bool) (Channel, error) {
// validate
if err := l.validate(key); err != nil {
return nil, err
}
// get a channel bucket
b := l.Bucket(key)
b.Lock()
if c, ok := b.Data[key]; !ok {
if !Conf.Auth && newOne {
c = NewSeqChannel()
b.Data[key] = c
b.Unlock()
ChStat.IncrCreate()
log.Info("user_key:\"%s\" create a new channel", key)
return c, nil
} else {
b.Unlock()
log.Warn("user_key:\"%s\" channle not exists", key)
return nil, ErrChannelNotExist
}
} else {
b.Unlock()
ChStat.IncrAccess()
log.Info("user_key:\"%s\" refresh channel bucket expire time", key)
return c, nil
}
}
// Migrate migrate portion of connections which don't belong to this comet.
func (l *ChannelList) Migrate(nw map[string]int) (err error) {
migrate := false
// check new/update node
for k, v := range nw {
weight, ok := nodeWeightMap[k]
// not found or weight change
if !ok || weight != v {
migrate = true
break
}
}
// check del node
if !migrate {
for k, _ := range nodeWeightMap {
// node deleted
if _, ok := nw[k]; !ok {
migrate = true
break
}
}
}
if !migrate {
return
}
// init ketama
ring := ketama.NewRing(ketama.Base)
for node, weight := range nw {
ring.AddNode(node, weight)
}
ring.Bake()
// atomic update
nodeWeightMap = nw
CometRing = ring
// get all the channel lock
channels := []Channel{}
for i, c := range l.Channels {
c.Lock()
for k, v := range c.Data {
hn := ring.Hash(k)
if hn != Conf.ZookeeperCometNode {
channels = append(channels, v)
delete(c.Data, k)
log.Debug("migrate delete channel key \"%s\"", k)
}
}
c.Unlock()
log.Debug("migrate channel bucket:%d finished", i)
}
// close all the migrate channels
log.Info("close all the migrate channels")
for _, channel := range channels {
if err := channel.Close(); err != nil {
log.Error("channel.Close() error(%v)", err)
continue
}
}
log.Info("close all the migrate channels finished")
return
}
/**
* 关闭服务器指令
*/
func (self *Nexus) Shutdown() {
// 关闭所有连接
for _, conn := range self.connMap {
log.Info("close:" + conn.RemoteAddr().String())
conn.Close()
}
log.Info("Shutdown")
}
func (self *DayReport) PrintLog() {
for _, v := range self.datalist {
log.Info("----------daily report--------------")
v.Log()
v.Clear()
log.Info("----------over--------------")
}
}
func main() {
parseCmds()
utils.InitTranslations()
utils.LoadConfig(flagConfigFile)
if flagRunCmds {
utils.ConfigureCmdLineLog()
}
pwd, _ := os.Getwd()
l4g.Info(utils.T("mattermost.current_version"), model.CurrentVersion, model.BuildNumber, model.BuildDate, model.BuildHash)
l4g.Info(utils.T("mattermost.entreprise_enabled"), model.BuildEnterpriseReady)
l4g.Info(utils.T("mattermost.working_dir"), pwd)
l4g.Info(utils.T("mattermost.config_file"), utils.FindConfigFile(flagConfigFile))
api.NewServer()
api.InitApi()
web.InitWeb()
if model.BuildEnterpriseReady == "true" {
api.LoadLicense()
}
if !utils.IsLicensed && len(utils.Cfg.SqlSettings.DataSourceReplicas) > 1 {
l4g.Critical(utils.T("store.sql.read_replicas_not_licensed.critical"))
time.Sleep(time.Second)
panic(fmt.Sprintf(utils.T("store.sql.read_replicas_not_licensed.critical")))
}
if flagRunCmds {
runCmds()
} else {
api.StartServer()
// If we allow testing then listen for manual testing URL hits
if utils.Cfg.ServiceSettings.EnableTesting {
manualtesting.InitManualTesting()
}
setDiagnosticId()
runSecurityAndDiagnosticsJobAndForget()
if einterfaces.GetComplianceInterface() != nil {
einterfaces.GetComplianceInterface().StartComplianceDailyJob()
}
// wait for kill signal before attempting to gracefully shutdown
// the running service
c := make(chan os.Signal)
signal.Notify(c, os.Interrupt, syscall.SIGINT, syscall.SIGTERM)
<-c
api.StopServer()
}
}
func StopServer() {
l4g.Info("Stopping Server...")
manners.Close()
Srv.Store.Close()
hub.Stop()
l4g.Info("Server stopped")
}
func StopServer() {
l4g.Info(utils.T("api.server.stop_server.stopping.info"))
Srv.GracefulServer.Stop(TIME_TO_WAIT_FOR_CONNECTIONS_TO_CLOSE_ON_SERVER_SHUTDOWN)
Srv.Store.Close()
HubStop()
l4g.Info(utils.T("api.server.stop_server.stopped.info"))
}
func shouldPerformUpgrade(sqlStore *SqlStore, currentSchemaVersion string, expectedSchemaVersion string) bool {
if sqlStore.SchemaVersion == currentSchemaVersion {
l4g.Info(utils.T("store.sql.schema_out_of_date.warn"), currentSchemaVersion)
l4g.Info(utils.T("store.sql.schema_upgrade_attempt.warn"), expectedSchemaVersion)
return true
}
return false
}
func StopServer() {
l4g.Info(utils.T("api.server.stop_server.stopping.info"))
manners.Close()
Srv.Store.Close()
hub.Stop()
l4g.Info(utils.T("api.server.stop_server.stopped.info"))
}
// Creates a new server.
func NewRaftServer(config *configuration.Configuration, clusterConfig *cluster.ClusterConfiguration) *RaftServer {
if !registeredCommands {
registeredCommands = true
for _, command := range internalRaftCommands {
raft.RegisterCommand(command)
}
}
s := &RaftServer{
path: config.RaftDir,
clusterConfig: clusterConfig,
notLeader: make(chan bool, 1),
router: mux.NewRouter(),
config: config,
}
// Read existing name or generate a new one.
if b, err := ioutil.ReadFile(filepath.Join(s.path, "name")); err == nil {
s.name = string(b)
} else {
var i uint64
if _, err := os.Stat("/dev/urandom"); err == nil {
log.Info("Using /dev/urandom to initialize the raft server name")
f, err := os.Open("/dev/urandom")
if err != nil {
panic(err)
}
defer f.Close()
readBytes := 0
b := make([]byte, RAFT_NAME_SIZE)
for readBytes < RAFT_NAME_SIZE {
n, err := f.Read(b[readBytes:])
if err != nil {
panic(err)
}
readBytes += n
}
err = binary.Read(bytes.NewBuffer(b), binary.BigEndian, &i)
if err != nil {
panic(err)
}
} else {
log.Info("Using rand package to generate raft server name")
rand.Seed(time.Now().UnixNano())
i = uint64(rand.Int())
}
s.name = fmt.Sprintf("%08x", i)
log.Info("Setting raft name to %s", s.name)
if err = ioutil.WriteFile(filepath.Join(s.path, "name"), []byte(s.name), 0644); err != nil {
panic(err)
}
}
return s
}
func (self *HttpServer) Close() {
if self.conn != nil {
log.Info("Closing http server")
self.conn.Close()
log.Info("Waiting for all requests to finish before killing the process")
select {
case <-time.After(time.Second * 5):
log.Error("There seems to be a hanging request. Closing anyway")
case <-self.shutdown:
}
}
}
func NewServer(enableProfiler bool) {
l4g.Info(utils.T("api.server.new_server.init.info"))
Srv = &Server{}
Srv.Store = store.NewSqlStore()
Srv.Router = mux.NewRouter()
if enableProfiler {
AttachProfiler(Srv.Router)
l4g.Info("Enabled HTTP Profiler")
}
Srv.Router.NotFoundHandler = http.HandlerFunc(Handle404)
}
func (self *WAL) processClose(shouldBookmark bool) error {
logger.Info("Closing WAL")
for idx, logFile := range self.logFiles {
logFile.syncFile()
logFile.close()
self.logIndex[idx].syncFile()
self.logIndex[idx].close()
}
if shouldBookmark {
self.bookmark()
}
logger.Info("Closed WAL")
return nil
}
func (s *RaftServer) raftEventHandler(e raft.Event) {
if e.Value() == "leader" {
log.Info("(raft:%s) Selected as leader. Starting leader loop.", s.raftServer.Name())
config := s.clusterConfig.GetLocalConfiguration()
retentionSweepPeriod := config.StorageRetentionSweepPeriod.Duration
retentionSweepTimer := time.NewTicker(retentionSweepPeriod)
go s.raftLeaderLoop(time.NewTicker(1*time.Second),
retentionSweepTimer)
}
if e.PrevValue() == "leader" {
log.Info("(raft:%s) Demoted from leader. Ending leader loop.", s.raftServer.Name())
s.notLeader <- true
}
}
func (ss SqlStore) Close() {
l4g.Info(utils.T("store.sql.closing.info"))
ss.master.Db.Close()
for _, replica := range ss.replicas {
replica.Db.Close()
}
}
func (self *SortedSetGenerator) checkZrange(conn redis.Conn, req_num int32, range_data int32, mytime *time.Timer) {
var pos int32 = 0
for ; pos < req_num; pos++ {
select {
case <-mytime.C:
return
default:
value := self.data_list[pos%ZRANGE_ALL]
reporter.Resultdata.AddSendQuantity()
reply, err := redis.Values(conn.Do("ZRANGE", value.key, 0, range_data))
//log.Info("redis operating: zrange %d 0 %d", value.key, range_data)
if err != nil {
log.Info("redis operating: zrange %d 0 %d error %v", value.key, range_data, err)
reporter.Resultdata.AddFailQuantity()
} else {
//log.Info(" zrange %d 0 %d ret:%v", value.key, range_data, reply)
/*type IntArrayChecker struct {
myuid []int64
youruid []interface{}
}*/
datacheck := &reporter.IntArrayChecker{Myuid: value.sortedlist, Youruid: reply}
reporter.Datasummer.AddChecker(datacheck)
}
}
}
}
func (self *SortedSetGenerator) checkZrevrange(conn redis.Conn, req_num int32, mytime *time.Timer) {
var pos int32 = 0
for _, value := range self.data_list {
select {
case <-mytime.C:
return
default:
if pos >= req_num {
break
}
reporter.Resultdata.AddSendQuantity()
reply, err := redis.Values(conn.Do("zrevrange", value.key, 0, ZRANGE_100))
//log.Info("redis operating: zrevrange %d 0 %d", value.key, ZRANGE_100)
if err != nil {
log.Info("redis operating: zrevrange %d 0 %d error %v", value.key, ZRANGE_100, err)
reporter.Resultdata.AddFailQuantity()
} else {
if len(reply) > 0 {
reporter.Resultdata.AddSuccQuantity()
} else {
reporter.Resultdata.AddErrorQuantity()
}
}
pos++
}
}
}
func (self *CoordinatorMonitor) EndQuery(q *RunningQuery) {
took := time.Now().Sub(q.startTime)
if took > SLOW_QUERY_THRESHOLD {
log.Info("Slow Query [took %fs]: remote_addr: %s, db: %s, u: %s, q: %s", took.Seconds(), q.remoteAddr, q.databaseName, q.userName, q.queryString)
}
self.runningQueries.Remove(q)
}
func UpgradeDatabase(sqlStore *SqlStore) {
UpgradeDatabaseToVersion31(sqlStore)
UpgradeDatabaseToVersion32(sqlStore)
UpgradeDatabaseToVersion33(sqlStore)
UpgradeDatabaseToVersion34(sqlStore)
UpgradeDatabaseToVersion35(sqlStore)
UpgradeDatabaseToVersion36(sqlStore)
UpgradeDatabaseToVersion37(sqlStore)
// If the SchemaVersion is empty this this is the first time it has ran
// so lets set it to the current version.
if sqlStore.SchemaVersion == "" {
if result := <-sqlStore.system.Save(&model.System{Name: "Version", Value: model.CurrentVersion}); result.Err != nil {
l4g.Critical(result.Err.Error())
time.Sleep(time.Second)
os.Exit(EXIT_VERSION_SAVE_MISSING)
}
sqlStore.SchemaVersion = model.CurrentVersion
l4g.Info(utils.T("store.sql.schema_set.info"), model.CurrentVersion)
}
// If we're not on the current version then it's too old to be upgraded
if sqlStore.SchemaVersion != model.CurrentVersion {
l4g.Critical(utils.T("store.sql.schema_version.critical"), sqlStore.SchemaVersion)
time.Sleep(time.Second)
os.Exit(EXIT_TOO_OLD)
}
}
