gottdad/ttd.go

package main

import (
	"bufio"
	"encoding/binary"
	"fmt"
	"net"
	"os"
	"regexp"
	"strconv"
	"time"
)

type ClientTTD struct {
	ClientID  uint32
	Name      string
	Address   string
	CompanyID uint8
	Paused    bool
	LastSeen  time.Time
}

type CompanyTTD struct {
	CompanyID uint8
	Name      string
	Protected bool
	ClientID  uint32
	FirstSeen time.Time
	LastSeen  time.Time
}

type ServerTTD struct {
	Config *ServerConfig
	Status *ServerStatusTTD
	Data   *ServerDataTTD
}

type ServerStatusTTD struct {
	Connected       bool
	Paused          bool
	UpdateCompanies time.Time
	UpdateClients   time.Time
	UpdateDate      time.Time
	Initialized     bool
	GameDate        time.Time
	Clients         map[uint32]*ClientTTD
	Companies       map[uint8]*CompanyTTD
}

type ServerDataTTD struct {
	LastClientCompute time.Time
	Conn              net.Conn
	Stop              chan struct{}
}

var updateHeartBeat = 5 * time.Second

func (s *ServerTTD) Connect() (err error) {
	t := time.Now()
	s.Status.Connected = false
	s.Data.Conn, err = net.Dial("tcp", s.Config.Addr)
	logErrorDebug(err, "Server.Connect() : net.Dial")
	if err != nil {
		return err
	}
	logInfoDebug("Server.Connect() : Connected to " + s.Config.Addr)
	s.Data.LastClientCompute = time.Now()
	s.Status.Connected = true
	s.Status.Initialized = false
	s.Status.UpdateDate = t
	s.Status.UpdateClients = t
	s.Status.UpdateCompanies = t
	s.Status.Clients = make(map[uint32]*ClientTTD)
	s.Status.Companies = make(map[uint8]*CompanyTTD)
	return err
}

func (s *ServerTTD) Send(b []byte) (err error) {
	if !s.Status.Connected {
		return fmt.Errorf("not connected")
	}

	_, err = s.Data.Conn.Write(b)
	return err
}

func (s *ServerTTD) Start() {
	for {
		err := s.Connect()
		if err != nil {
			time.Sleep(5 * time.Second)
		}
		break
	}

	//send auth
	p := PacketAdminJoin{
		Packet:     Packet{PType: AdminPacketAdminJoin},
		Password:   s.Config.Passwd,
		AppName:    "gottdad",
		AppVersion: version,
	}
	err := s.Send(p.Bytes())
	failError(err, "Server.Start() : Cannot send authentication packet")

	stopPoll := make(chan struct{})
	go s.Poll(stopPoll)

	stopHeartBeat := make(chan struct{})
	go s.HeartBeat(stopHeartBeat)

	for {
		select {
		// call to stop polling
		case <-s.Data.Stop:
			close(stopPoll)
			close(stopHeartBeat)
			return
		}
	}
}

// Stop gracefully shuts the poller down.
func (s *ServerTTD) Stop() {
	s.Data.Stop <- struct{}{}
}

func (s *ServerTTD) HeartBeat(stop chan struct{}) {
	for {
		select {
		case <-stop:
			return
		default:
		}
		s.UpdateDate()
		s.UpdateClients()
		s.UpdateCompanies()
		s.PruneClients()
		s.PruneCompanies()
		s.ComputeClientTime()
		if !s.Status.Paused && s.NeedPause() {
			s.Pause()
		} else if s.Status.Paused && !s.NeedPause() {
			s.Unpause()
		}
		cfg.Save(*configFlag)
		time.Sleep(updateHeartBeat)
	}
}

func (s *ServerTTD) Poll(stop chan struct{}) {
	var err error
	reader := bufio.NewReader(s.Data.Conn)
	buffer := make([]byte, 0xFFFF)
	var n, read int

	for {
		select {
		case <-stop:
			return
		default:
		}

		p := Packet{}

		for {
			if read >= 3 {
				//logInfoDebug("Server.Poll() : packet read")
				break
			}
			n, err = reader.Read(buffer[read:])
			logErrorDebug(err, "Server.Poll() : reader.Read")
			read += n
			//logInfoDebug("Server.Poll() : waiting for packet, read %d bytes.", read)
		}

		p.PLength = binary.LittleEndian.Uint16(buffer[0:])
		p.PType = buffer[2]
		if p.PLength <= 3 {
			logInfoAlert("Server.Poll() : wrong packet length")
			break
		}

		//logInfoDebug("Server.Poll() : waiting for packet data : len : %d / type : %d", p.PLength, p.PType)

		for {
			if read >= int(p.PLength) {
				//logInfoDebug("Server.Poll() : data read")
				break
			}
			n, err = reader.Read(buffer[read:])
			logErrorDebug(err, "Server.Poll() : reader.Read")
			read += n
			//logInfoDebug("Server.Poll() : waiting for data, read %d/%d bytes.", read, p.PLength)

		}

		switch p.PType {
		case AdminPacketServerProtocol:
			sp := PacketServerProtocol{
				Packet: p,
			}
			sp.Read(buffer[:p.PLength])
			//logInfoDebug("Server.Poll() : AdminPacketServerProtocol :\n-  ProtocolVersion: %v\n-  FurtherData: %v\n-  UpdatePacketType: %v\n-  FrequenciesAllowed: %b", sp.ProtocolVersion, sp.FurtherData, sp.UpdatePacketType, sp.FrequenciesAllowed)
		case AdminPacketServerWelcome:
			sp := PacketServerWelcome{
				Packet: p,
			}
			sp.Read(buffer[:p.PLength])
			//logInfoDebug("Server.Poll() : AdminPacketServerWelcome :\n-  ServerName: %v\n-  OpenTTDVersion: %v\n-  Dedicated: %v\n-  MapSeed: %x\n-  MapLandscape: %v\n-  MapStartDate: %v\n-  Size: %v x %v", sp.ServerName, sp.OpenTTDVersion, sp.Dedicated, sp.MapSeed, sp.MapLandscape, sp.MapStartDate, sp.MapX, sp.MapY)
			s.Initialize()
		case AdminPacketServerDate:
			sp := PacketServerDate{
				Packet: p,
			}
			sp.Read(buffer[:p.PLength])
			//logInfoDebug("Server.Poll() : AdminPacketServerDate :\n-  Date: %d\n-  RealDate : %v", sp.Date, toDate(sp.Date))
			gameDate := toDate(sp.Date)
			if gameDate.Day() == 1 && gameDate.Month() == 1 && gameDate != s.Status.GameDate {
				bot.SendChat(cfg.Telegram.ChatID, fmt.Sprintf("Year %d.", gameDate.Year()))
			}
			s.Status.GameDate = gameDate
			s.Status.UpdateDate = time.Now()
		case AdminPacketServerClientJoin:
			sp := PacketServerClientJoin{
				Packet: p,
			}
			sp.Read(buffer[:p.PLength])
			logInfoDebug("Server.Poll() : AdminPacketServerClientJoin :\n-  ClientID: %d", sp.ClientID)
		case AdminPacketServerClientInfo:
			sp := PacketServerClientInfo{
				Packet: p,
			}
			sp.Read(buffer[:p.PLength])
			//logInfoDebug("Server.Poll() : AdminPacketServerClientInfo :\n-  ClientID: %d\n-  Address: %s\n-  Name: %s\n-  Lang: %d\n-  Date: %d\n-  CompanyID: %d", sp.ClientID, sp.Address, sp.Name, sp.Lang, sp.Date, sp.CompanyID)
			clt := &ClientTTD{
				ClientID:  sp.ClientID,
				CompanyID: 255,
			}
			if _, ok := s.Status.Clients[sp.ClientID]; ok {
				clt = s.Status.Clients[sp.ClientID]
			} else {
				s.Status.Clients[sp.ClientID] = clt
			}
			clt.Address = sp.Address
			clt.Name = sp.Name
			clt.CompanyID = sp.CompanyID
			clt.LastSeen = time.Now()
			if clt.CompanyID != 255 {
				if co, ok := s.Status.Companies[clt.CompanyID]; ok {
					if co.ClientID == 0 {
						co.ClientID = clt.ClientID
					}
				} else {
					//FIXME company doesn't exist ?
				}
				if cfg.CompanyIsRegistered(clt.CompanyID) {
					cc := cfg.GetCompanyClient(clt.CompanyID)
					if !cc.Online {
						cc.Online = true
						bot.SendChat(cfg.Telegram.ChatID, fmt.Sprintf("@%s now playing.", cc.Username))
					}
				}
			}
		case AdminPacketServerClientUpdate:
			sp := PacketServerClientUpdate{
				Packet: p,
			}
			sp.Read(buffer[:p.PLength])
			logInfoDebug("Server.Poll() : AdminPacketServerClientUpdate :\n-  ClientID: %d\n-  Name: %s\n-  CompanyID: %d", sp.ClientID, sp.Name, sp.CompanyID)
			clt := s.Status.Clients[sp.ClientID]
			clt.Name = sp.Name
			if sp.CompanyID != 255 {
				if cfg.CompanyIsRegistered(sp.CompanyID) {
					cc := cfg.GetCompanyClient(sp.CompanyID)
					cc.Online = true
					bot.SendChat(cfg.Telegram.ChatID, fmt.Sprintf("@%s playing.", cc.Username))
				} else {
					if co, ok := s.Status.Companies[sp.CompanyID]; ok {
						if co.ClientID == 0 {
							bot.SendChat(cfg.Telegram.ChatID, fmt.Sprintf("Company '%s' unclaimed. Please /register to claim the company", s.Status.Companies[sp.CompanyID].Name))
						}
					}
				}
			} else if clt.CompanyID != 255 && cfg.CompanyIsRegistered(clt.CompanyID) {
				cc := cfg.GetCompanyClient(clt.CompanyID)
				bot.SendChat(cfg.Telegram.ChatID, fmt.Sprintf("@%s taking a break.", cc.Username))
				cc.Online = false
			}
			clt.LastSeen = time.Now()
			clt.CompanyID = sp.CompanyID
			s.Unpause()
			s.Pause()
		case AdminPacketServerClientError:
			sp := PacketServerClientError{
				Packet: p,
			}
			sp.Read(buffer[:p.PLength])
			logInfoDebug("Server.Poll() : AdminPacketServerClientError :\n-  ClientID: %d\n-  ErrorID: %d", sp.ClientID, sp.ErrorID)
		case AdminPacketServerClientQuit:
			sp := PacketServerClientQuit{
				Packet: p,
			}
			sp.Read(buffer[:p.PLength])
			logInfoDebug("Server.Poll() : AdminPacketServerClientQuit :\n-  ClientID: %d", sp.ClientID)
			if cfg.CompanyIsRegistered(s.Status.Clients[sp.ClientID].CompanyID) {
				cc := cfg.GetCompanyClient(s.Status.Clients[sp.ClientID].CompanyID)
				bot.SendChat(cfg.Telegram.ChatID, fmt.Sprintf("@%s leaving.", cc.Username))
				cc.Online = false
			} else {
				bot.SendChat(cfg.Telegram.ChatID, fmt.Sprintf("%s leaving.", s.Status.Clients[sp.ClientID].Name))
			}
			delete(s.Status.Clients, sp.ClientID)
		case AdminPacketServerCompanyNew:
			sp := PacketServerCompanyNew{
				Packet: p,
			}
			sp.Read(buffer[:p.PLength])
			logInfoDebug("Server.Poll() : PacketServerCompanyNew :\n-  CompanyID: %d", sp.CompanyID)
			c := &CompanyTTD{
				CompanyID: sp.CompanyID,
				FirstSeen: time.Now(),
				ClientID:  0,
			}
			s.Status.Companies[sp.CompanyID] = c
		case AdminPacketServerCompanyInfo:
			sp := PacketServerCompanyInfo{
				Packet: p,
			}
			sp.Read(buffer[:p.PLength])
			//logInfoDebug("Server.Poll() : PacketServerCompanyInfo :\n-  CompanyID: %d\n-  Name: %s\n-  President: %s\n-  Protected: %t\n-  Inauguration: %d\n-  AI: %t", sp.CompanyID, sp.Name, sp.President, sp.Protected, sp.Inauguration, sp.AI)
			c := &CompanyTTD{
				CompanyID: sp.CompanyID,
				FirstSeen: time.Now(),
				ClientID:  0,
			}
			if _, ok := s.Status.Companies[sp.CompanyID]; !ok {
				s.Status.Companies[sp.CompanyID] = c
			} else {
				c = s.Status.Companies[sp.CompanyID]
			}
			c.Name = sp.Name
			c.LastSeen = time.Now()
			c.Protected = sp.Protected
		case AdminPacketServerCompanyUpdate:
			sp := PacketServerCompanyUpdate{
				Packet: p,
			}
			sp.Read(buffer[:p.PLength])
			logInfoDebug("Server.Poll() : PacketServerCompanyUpdate :\n-  CompanyID: %d\n-  Name: %s\n-  President: %s\n-  Protected: %t", sp.CompanyID, sp.Name, sp.President, sp.Protected)
			c := s.Status.Companies[sp.CompanyID]
			c.Name = sp.Name
			c.FirstSeen = time.Now()
			c.LastSeen = time.Now()
			c.Protected = sp.Protected
		case AdminPacketServerCompanyRemove:
			sp := PacketServerCompanyRemove{
				Packet: p,
			}
			sp.Read(buffer[:p.PLength])
			logInfoDebug("Server.Poll() : PacketServerCompanyRemove :\n-  CompanyID: %d\n-  Reason: %d", sp.CompanyID, sp.Reason)
			bot.SendChat(cfg.Telegram.ChatID, fmt.Sprintf("Company #%d deleted (%s)", sp.CompanyID, s.Status.Companies[sp.CompanyID].Name))
			delete(s.Status.Companies, sp.CompanyID)
		case AdminPacketServerChat:
			sp := PacketServerChat{
				Packet: p,
			}
			sp.Read(buffer[:p.PLength])

			if sp.Message == "!unpause" {
				logInfoDebug("Server.Poll() : AdminPacketServerChat : Unpausing")
				clt := s.Status.Clients[sp.ClientID]
				clt.Paused = false
				s.Unpause()
			} else if sp.Message == "!pause" {
				logInfoDebug("Server.Poll() : AdminPacketServerChat : Pausing")
				clt := s.Status.Clients[sp.ClientID]
				clt.Paused = true
				s.Pause()
			} else {
				logInfoDebug("Server.Poll() : AdminPacketServerChat :\n-  ActionID: %d\n-  DestinationID: %d\n-  ClientID: %d\n-  Message: %s\n-  Amount: %d", sp.ActionID, sp.DestinationID, sp.ClientID, sp.Message, sp.Amount)
			}
		case AdminPacketServerConsole:
			sp := PacketServerConsole{
				Packet: p,
			}
			sp.Read(buffer[:p.PLength])

			udp_queried_from, err := regexp.MatchString("\\[udp\\] queried from .*", sp.Text)
			logErrorDebug(err, "Server.Poll() : queried from")
			if udp_queried_from && sp.Origin == "net" {
				break
			}

			joined_company, err := regexp.MatchString("\\*\\*\\* .* has joined company #[0-9]+", sp.Text)
			logErrorDebug(err, "Server.Poll() : joined company")
			if joined_company && sp.Origin == "console" {
				r := regexp.MustCompile("\\*\\*\\* (?P<Client>.*) has joined company #(?P<CompanyID>[0-9]+)")
				clientName := r.ReplaceAllString(sp.Text, "${Client}")
				ID8, _ := strconv.ParseInt(r.ReplaceAllString(sp.Text, "${CompanyID}"), 10, 8)
				companyID := uint8(ID8) - 1
				for _, clt := range s.Status.Clients {
					if clt.Name == clientName {
						clt.CompanyID = companyID
					}
				}
				break
			}

			joined_spectators, err := regexp.MatchString("\\*\\*\\* .* has joined spectators", sp.Text)
			if joined_spectators && sp.Origin == "console" {
				r := regexp.MustCompile("\\*\\*\\* (?P<Client>.*) has joined spectators")
				clientName := r.ReplaceAllString(sp.Text, "${Client}")
				for _, clt := range s.Status.Clients {
					if clt.Name == clientName {
						clt.CompanyID = 255
					}
				}
				break
			}

			command, err := regexp.MatchString("\\[admin\\] Rcon command from 'gottdad' \\(.*\\): .*", sp.Text)
			if command && sp.Origin == "net" {
				break
			}

			logInfoDebug("Server.Poll() : AdminPacketServerConsole :\n-  Origin: %q\n-  Text: %s", sp.Origin, sp.Text)

		case AdminPacketServerRCon:
			sp := PacketServerRCon{
				Packet: p,
			}
			sp.Read(buffer[:p.PLength])
			logInfoDebug("Server.Poll() : AdminPacketServerRCon :\n-  ColorID: %d\n-  Output: %s", sp.ColorID, sp.Output)

		case AdminPacketServerRConEnd:
			sp := PacketServerRConEnd{
				Packet: p,
			}
			sp.Read(buffer[:p.PLength])

			switch sp.Command {
			case "clients":
				for k, v := range s.Status.Clients {
					logInfoDebug("Server.Poll() : Client[%d] : %s - %d (%s)", k, v.Name, v.CompanyID, v.Address)
				}

			case "companies":
				for k, v := range s.Status.Companies {
					logInfoDebug("Server.Poll() : Company[%d] : %s", k, v.Name)
				}
			case "pause":
			default:
				logInfoDebug("Server.Poll() : AdminPacketServerRConEnd :\n-  Command: %s", sp.Command)
			}
		default:
			logInfoDebug("Server.Poll() : Packet fully read : len : %d / type : %d", p.PLength, p.PType)
			os.Exit(0)
		}

		c := make([]byte, 0xFFFF)
		copy(c, buffer[p.PLength:])
		buffer = c
		read -= int(p.PLength)
	}

}

func (s *ServerTTD) UpdateDate() {
	//logInfoDebug("Server.UpdateDate")
	px := PacketAdminPoll{
		Packet:     Packet{PType: AdminPacketAdminPoll},
		UpdateType: AdminUpdateDate,
		UpdateID:   0,
	}
	err := s.Send(px.Bytes())
	logErrorDebug(err, "Server.UpdateDate() : Send(PacketAdminPoll) : AdminUpdateDate")
	s.Status.UpdateDate = time.Now()
}

func (s *ServerTTD) UpdateClients() {
	//logInfoDebug("Server.UpdateClients")
	px := PacketAdminPoll{
		Packet:     Packet{PType: AdminPacketAdminPoll},
		UpdateType: AdminUpdateClientInfo,
		UpdateID:   uint32(4294967295),
	}
	err := s.Send(px.Bytes())
	logErrorDebug(err, "Server.UpdateClients() : Send(PacketAdminPoll) : AdminUpdateClientInfo")
	s.Status.UpdateClients = time.Now()
}

func (s *ServerTTD) UpdateCompanies() {
	//logInfoDebug("Server.UpdateCompanies")
	px := PacketAdminPoll{
		Packet:     Packet{PType: AdminPacketAdminPoll},
		UpdateType: AdminUpdateCompanyInfo,
		UpdateID:   uint32(4294967295),
	}
	err := s.Send(px.Bytes())
	logErrorDebug(err, "Server.UpdateCompanies() : Send(UpdateCompanies) : AdminUpdateClientInfo")
	s.Status.UpdateCompanies = time.Now()
}

func (s *ServerTTD) PruneClients() {
	for cltID, clt := range s.Status.Clients {
		if clt.LastSeen.Add(2 * updateHeartBeat).Before(time.Now()) {
			logInfoDebug("ServerTTD.PruneClients : deleting client #%d", cltID)
			delete(s.Status.Clients, cltID)
		}
	}
}

func (s *ServerTTD) PruneCompanies() {
	for coID, co := range s.Status.Companies {
		if co.LastSeen.Add(2 * updateHeartBeat).Before(time.Now()) {
			logInfoDebug("ServerTTD.PruneCompanies : deleting company #%d", coID)
			delete(s.Status.Companies, coID)
		}
	}
}

func (s *ServerTTD) ComputeClientTime() {
	t := time.Now()
	daysNow := int(t.Sub(cfg.Game.StartDate).Hours() / 24)
	daysLast := int(s.Data.LastClientCompute.Sub(cfg.Game.StartDate).Hours() / 24)
	if daysLast != daysNow {
		bot.SendChat(cfg.Telegram.ChatID, "New daily allotment available.")
		logInfoDebug("Server.ComputeClientTime : newDay : now : %d vs %d : last", daysNow, daysLast)
		for _, cc := range cfg.Clients {
			cc.TimeLeft = cc.TimeLeft + cfg.Game.DailyAllotment
		}
	}
	if !s.Status.Paused {
		diff := t.Sub(s.Data.LastClientCompute)
		for _, cc := range cfg.Clients {
			if cc.Online {
				if cc.TimeLeft > 0 && cc.TimeLeft < diff {
					bot.SendChat(cfg.Telegram.ChatID, fmt.Sprintf("@%s got not time left. Grace period of %s.", cc.Username, cfg.Game.Threshold))
				}
				if (cc.TimeLeft+cfg.Game.Threshold) > 0 && (cc.TimeLeft+cfg.Game.Threshold) < diff {
					bot.SendChat(cfg.Telegram.ChatID, fmt.Sprintf("@%s got not time left. Grace period over.", cc.Username))
				}
				cc.TimeLeft = cc.TimeLeft - diff
			}
		}
	}

	s.Data.LastClientCompute = t
	return

}

func (s *ServerTTD) DeleteCompany(id uint8) {
	if _, ok := s.Status.Companies[id]; ok {
		logInfoDebug("Server.DeleteCompany : deleting #%d", id)
		px := PacketAdminRCon{
			Packet:  Packet{PType: AdminPacketAdminRCon},
			Command: fmt.Sprintf("reset_company %d", id),
		}
		s.Send(px.Bytes())
		px = PacketAdminRCon{
			Packet:  Packet{PType: AdminPacketAdminRCon},
			Command: "companies",
		}
		s.Send(px.Bytes())
	} else {
		logInfoDebug("Server.DeleteCompany : cannot find company #%d", id)
		px := PacketAdminRCon{
			Packet:  Packet{PType: AdminPacketAdminRCon},
			Command: "companies",
		}
		s.Send(px.Bytes())
	}
}

func (s *ServerTTD) Pause() {
	if s.Status.Paused {
		return
	}
	if !s.NeedPause() {
		return
	}

	px := PacketAdminRCon{
		Packet:  Packet{PType: AdminPacketAdminRCon},
		Command: "pause",
	}
	err := s.Send(px.Bytes())

	s.ComputeClientTime()
	bot.SendChat(cfg.Telegram.ChatID, "Game is paused.")

	s.Status.Paused = true
	logErrorDebug(err, "Server.Pause : Send()")
	logInfoDebug("Server.Pause : pausing")
}

func (s *ServerTTD) Unpause() {
	if !s.Status.Paused {
		return
	}
	if s.NeedPause() {
		return
	}

	px := PacketAdminRCon{
		Packet:  Packet{PType: AdminPacketAdminRCon},
		Command: "unpause",
	}
	err := s.Send(px.Bytes())

	s.ComputeClientTime()
	bot.SendChat(cfg.Telegram.ChatID, "Game is unpaused.")

	s.Status.Paused = false
	logErrorDebug(err, "Server.Unpause : Send()")
	logInfoDebug("Server.Unpause : unpausing")
}

func (s *ServerTTD) NeedPause() bool {
	if !s.Status.Initialized {
		logInfoDebug("Server.NeedPause : not initialized yet")
		return false
	}
	reason := s.NeedPauseReason()
	if reason == "" {
		return false
	} else {
		//logInfoDebug("Server.NeedPause : %s", reason)
		return true
	}
}

func (s *ServerTTD) NeedPauseReason() string {
	if !s.Status.Initialized {
		return ""
	}
	dupl := make(map[uint8]struct{})
	online := 0
	for cltID, clt := range s.Status.Clients {
		if cltID != 1 && clt.CompanyID != 255 {
			online++
			if _, ok := s.Status.Companies[clt.CompanyID]; !ok {
				return "company unidentified"
			}
		}

		if clt.Paused {
			return "user paused"
		}

		if _, ok := dupl[clt.CompanyID]; ok && clt.CompanyID != 255 {
			return "more than one user in company"
		}
		dupl[clt.CompanyID] = struct{}{}
	}
	for coID, co := range s.Status.Companies {
		if !co.Protected {
			return "company unprotected"
		}
		if !cfg.CompanyIsRegistered(coID) {
			return "company unregistered"
		}
	}
	for _, cc := range cfg.Clients {
		if cc.Online && (cc.TimeLeft+cfg.Game.Threshold) < 0 {
			return "no time left"
		}
	}
	if online == 0 {
		return "no players online"
	}
	return ""
}

func (s *ServerTTD) Initialize() {
	var err error

	if s.Status.Initialized {
		return
	}

	px := PacketAdminUpdateFrequency{
		Packet:          Packet{PType: AdminPacketAdminUpdateFrequency},
		UpdateType:      AdminUpdateDate,
		UpdateFrequency: AdminFrequencyDaily,
	}
	err = s.Send(px.Bytes())
	logErrorDebug(err, "Server.Initialize() : Send(AdminUpdateDate)")

	px = PacketAdminUpdateFrequency{
		Packet:          Packet{PType: AdminPacketAdminUpdateFrequency},
		UpdateType:      AdminUpdateClientInfo,
		UpdateFrequency: AdminFrequencyAutomatic,
	}
	err = s.Send(px.Bytes())
	logErrorDebug(err, "Server.Initialize() : Send(AdminUpdateClientInfo)")

	px = PacketAdminUpdateFrequency{
		Packet:          Packet{PType: AdminPacketAdminUpdateFrequency},
		UpdateType:      AdminUpdateCompanyInfo,
		UpdateFrequency: AdminFrequencyAutomatic,
	}
	err = s.Send(px.Bytes())
	logErrorDebug(err, "Server.Initialize() : Send(AdminUpdateCompanyInfo)")

	px = PacketAdminUpdateFrequency{
		Packet:          Packet{PType: AdminPacketAdminUpdateFrequency},
		UpdateType:      AdminUpdateChat,
		UpdateFrequency: AdminFrequencyAutomatic,
	}
	err = s.Send(px.Bytes())
	logErrorDebug(err, "Server.Initialize() : Send(AdminUpdateChat)")

	px = PacketAdminUpdateFrequency{
		Packet:          Packet{PType: AdminPacketAdminUpdateFrequency},
		UpdateType:      AdminUpdateConsole,
		UpdateFrequency: AdminFrequencyAutomatic,
	}
	err = s.Send(px.Bytes())
	logErrorDebug(err, "Server.Initialize() : Send(AdminUpdateConsole)")

	s.Status.Initialized = true

	s.UpdateCompanies()
	s.UpdateClients()
}