Photon Server的服務器端配置

Photon Server與Unity3D的交互分爲3篇博文實現

  (1)Photon Server的服務器端配置html

  (2)Photon Server的Unity3D客戶端配置apache

  (3)Photon Server與Unity3D客戶端的交互服務器

 

  Photon Server是一款實時的Socket服務器和開發框架,快速、使用方便、容易擴展,服務端架構在Windows系統平臺上,採用C#語言編寫,Photon Server發佈包括兩個部分,Client SDK Release和Server SDK Update,Server SDK的版本是v2.4.5,而Client SDK的版本是v6.2.0。客戶端SDK提供了多種平臺的開發API,包括DotNet,Unity3D,C/C++等。SDK就是指能夠爲第三方開發者提供特定的軟件包、軟件框架、硬件平臺、操做系統等建立應用軟件開發工具的集合,而且SDK還能簡單的爲某個程序設計語言提供應用程序接口API的一些文件。架構

  PhotonServer官網:https://www.photonengine.com/en/OnPremise。幫助文檔:官網Documentatain右邊的Tutorials、Reference和\Photon-OnPremise-Server-SDK_v4-0-29-11263\docapp

1.下載Server SDK(On-Premises)

  進入官網,點擊頁面右上角的SDKs,而後在Choose for your project的條件中選中Server,能夠看到圖標,點擊圖標後點Download SDK下載exe文件。運行或右鍵解壓服務器端,不要出現中文目錄,解壓出\ Photon-OnPremise-Server-SDK_v4-0-29-11263。框架

   

  \deploy:部署服務器應用,放置開發服務器的代碼及相關文件(\deploy\bin_Win64\PhotonControl.exe:服務器程序運行文件,證書存放的在\deploy\bin_Win64)socket

  \doc:存放幫助文檔ide

  \lib:存放動態連接庫(Photon3Unity3D.dll是用來開發基於Unity3D的客戶端,ExitGamesLibs.dll、Photon.SocketServer.dll、PhotonHostRuntimeInterfaces.dll是用來開發服務器端)工具

  \src-server:提供一些項目的源碼學習

2. 配置server端的PhotonServer.config文件

  打開deploy\bin_Win64\PhotonServer.config。一個Photon instance表明一類配置,一個Photon instance能夠包含多個服務器端的應用。

<MMoInstance  <!--這個Photon instances的名稱--> MaxMessageSize="512000" MaxQueuedDataPerPeer="512000" PerPeerMaxReliableDataInTransit="51200" PerPeerTransmitRateLimitKBSec="256" PerPeerTransmitRatePeriodMilliseconds="200" MinimumTimeout="5000" MaximumTimeout="30000" DisplayName="MMO"  <!--顯示在Photon instances的名稱-->         >
        
        <!-- 0.0.0.0 opens listeners on all available IPs. Machines with multiple IPs should define the correct one here. -->
        <!-- Port 5055 is Photon's default for UDP connections. -->         <UDPListeners>
            <UDPListener IPAddress="0.0.0.0" Port="5055" OverrideApplication="Minecraft">"<!--指明這個端口號是給哪一個Application使用的-->
            </UDPListener>
        </UDPListeners>
    
        <!-- 0.0.0.0 opens listeners on all available IPs. Machines with multiple IPs should define the correct one here. --> <!-- Port 4530 is Photon's default for TCP connecttions. --> <!-- A Policy application is defined in case that policy requests are sent to this listener (known bug of some some flash clients) --> 
        <TCPListeners>
            <TCPListener IPAddress="0.0.0.0" Port="4530" PolicyFile="Policy\assets\socket-policy.xml" InactivityTimeout="10000" OverrideApplication="Minecraft"                
                >
            </TCPListener>
        </TCPListeners>

        <!-- Policy request listener for Unity and Flash (port 843) and Silverlight (port 943) -->
        <PolicyFileListeners>
          <!-- multiple Listeners allowed for different ports -->
          <PolicyFileListener IPAddress="0.0.0.0" Port="843" PolicyFile="Policy\assets\socket-policy.xml" InactivityTimeout="10000">
          </PolicyFileListener>
          <PolicyFileListener IPAddress="0.0.0.0" Port="943" PolicyFile="Policy\assets\socket-policy-silverlight.xml" InactivityTimeout="10000">
          </PolicyFileListener>
        </PolicyFileListeners>

        <!-- WebSocket (and Flash-Fallback) compatible listener -->
        <WebSocketListeners>
            <WebSocketListener IPAddress="0.0.0.0" Port="9090" DisableNagle="true" InactivityTimeout="10000" OverrideApplication="Minecraft">
            </WebSocketListener>
        </WebSocketListeners>

        <!-- Defines the Photon Runtime Assembly to use. -->         <Runtime Assembly="PhotonHostRuntime, Culture=neutral" Type="PhotonHostRuntime.PhotonDomainManager" UnhandledExceptionPolicy="Ignore">
        </Runtime>
                

        <!-- Defines which applications are loaded on start and which of them is used by default. Make sure the default application is defined. --> <!-- Application-folders must be located in the same folder as the bin_win32 folders. The BaseDirectory must include a "bin" folder. -->         <Applications Default="Minecraft"><!--客戶端鏈接服務器未指定Application時鏈接默認的Application-->
<!-- MMO Demo Application --> <Application Name="Minecraft"<!--應用名稱--> BaseDirectory="MinecraftServer"<!--\deploy下這個服務器應用的文件名稱--> Assembly="MinecraftServer"<!-—程序集名稱--> Type="MinecraftServer.MinecraftServer"<!--主類名稱--> ForceAutoRestart="true"<!--是否自動重啓--> WatchFiles="dll;config" ExcludeFiles="log4net.config"> </Application> <!-- CounterPublisher Application --> <Application Name="CounterPublisher" BaseDirectory="CounterPublisher" Assembly="CounterPublisher" Type="Photon.CounterPublisher.Application" ForceAutoRestart="true" WatchFiles="dll;config" ExcludeFiles="log4net.config"> </Application> </Applications> </MMoInstance>

3.建立server端類庫

  (1)建立類庫:文件-新建-項目-類庫,建立類庫MinecraftServer

  (2)建立Application文件夾:在\deploy下建立文件夾MinecraftServer(與配置文件PhotonServer.config裏Application中的BaseDirectory對應),而後在Minecraft下建立文件夾bin

  (3)設置dll文件生成路徑:右鍵項目-屬性-生成-輸出路徑,設置爲\deploy\MinecraftServer\bin

  (4)修改程序集名稱跟默認命名空間:右鍵項目-屬性-應用程序,都設置爲MinecraftServer(與配置文件PhotonServer.config裏Application中的Assembly對應)。

  (5)生成dll文件:右鍵項目-生成。之後每次修改都要從新生成。

4.添加server端動態連接庫

  在\lib裏,將ExitGamesLibs.dll、Photon.SocketServer.dll、PhotonHostRuntimeInterfaces.dll 添加到類庫引用

5.建立Server端主類與客戶端鏈接類

  主類命名用項目名稱MinecraftServer並繼承ApplicationBase,該類爲服務器端程序入口

using Photon.SocketServer; namespace MinecraftServer { //全部的server端主類都要繼承自Application
    public class MinecraftServer: ApplicationBase {
        //server端啓動的時候調用,做初始化
        protected override void Setup()
        {

        }

//當一個客戶端請求鏈接時調用,咱們使用一個PeerBase表示Server端和一個客戶端的鏈接,用來管理server端與客戶端請求的發送與接收 protected override PeerBase CreatePeer(InitRequest initRequest) {
            return new ClientPeer(initRequest);//ClientPeer繼承自PeerBase,InitRequest包含鏈接請求的各類參數。new出來後PhotonServer會幫咱們管理ClientPeer。
   }
//server端關閉的時候調用 protected override void TearDown() {
} } }

  客戶端鏈接類ClientPeer繼承PeerBase,每個客戶端鏈接進來都會建立一個ClientPeer,用來管理server端與客戶端請求的發送與接收

using Photon.SocketServer;
using PhotonHostRuntimeInterfaces;

namespace
MinecraftServer { //每個客戶端鏈接進來都會建立一個ClientPeer public class ClientPeer : Photon.SocketServer.ClientPeer {
     public ClientPeer(InitRequest initRequest):base(initRequest)
        {
           
        }
//處理客戶端斷開鏈接的後續工做 protected override void OnDisconnect(DisconnectReason reasonCode, string reasonDetail) { } //處理客戶端的請求 protected override void OnOperationRequest(OperationRequest operationRequest, SendParameters sendParameters) { } } }

 6.配置日誌

  (1)添加動態連接庫log4net.dll(log4net是作日誌輸出的插件)和ExitGames.Logging.Log4Net.dll(Photon提供用來鏈接Photon與log4net)。右鍵引用-添加引用-瀏覽,在\lib裏。

  (2)配置log4net.config。參考\src-server\Mmo\Photon.MmoDemo.Server\log4net.config。詳細學習推薦上官網http://logging.apache.org/log4net或博客園。

<?xml version="1.0" encoding="utf-8" ?>
<log4net debug="false" update="Overwrite">

  <appender name="RollingFileAppender" type="log4net.Appender.RollingFileAppender">
    <file type="log4net.Util.PatternString" value="%property{Photon:ApplicationLogPath}\\Minecraft.Server.log" /><!--value表示日誌文件所在的完整路徑,property{Photon:ApplicationLogPath}是根目錄在MyGameServer.cs裏配置,Minecraft.Server.log日誌的名稱 -->
    <appendToFile value="true" />
    <maximumFileSize value="5000KB" />
    <maxSizeRollBackups value="2" />
    <layout type="log4net.Layout.PatternLayout">
      <conversionPattern value="%d [%t] %-5p %c - %m%n" />
    </layout>
  </appender>

  <appender name="ConsoleAppender" type="log4net.Appender.ConsoleAppender">
    <layout type="log4net.Layout.PatternLayout">
      <param name="ConversionPattern" value="%d [%t] %-5p %c - %m%n" />
    </layout>
    <filter type="log4net.Filter.LevelRangeFilter">
      <levelMin value="DEBUG" />
      <levelMax value="FATAL" />
    </filter>
  </appender>

  <!-- logger -->
  <root>
    <level value="INFO" />
    <!--<appender-ref ref="ConsoleAppender" />-->
    <appender-ref ref="RollingFileAppender" />
  </root>

  <logger name="OperationData">
    <level value="INFO" />
  </logger>

</log4net>
<!--這個文檔的複製到輸出目錄要選擇始終複製 -->

  (3)日誌初始化

using Photon.SocketServer; using ExitGames.Logging; using ExitGames.Logging.Log4Net; using System.IO; using log4net.Config; namespace MinecraftServer { //全部的server端主類都要繼承自Application
    public class MinecraftServer: ApplicationBase {
     //需using ExitGames.Logging;log用來作日誌輸出
      public static readonly ILogger log = LogManager.GetCurrentClassLogger();

//server端啓動的時候調用,做初始化      protected override void Setup() { //日誌的初始化 //this.ApplicationRootPath獲取photonServer應用的根目錄(D:\Photon-OnPremise-Server-SDK_v4-0-29-11263\deploy) log4net.GlobalContext.Properties["Photon:ApplicationLogPath"] = Path.Combine(Path.Combine(this.ApplicationRootPath, "bin_Win64"), "log"); //Path.Combine() 會屏蔽平臺的差別。this.BinaryPath獲取輸出路徑(D:\Photon-OnPremise-Server-SDK_v4-0-29-11263\deploy\MyGameServer\bin) FileInfo configFileInfo = new FileInfo(Path.Combine(this.BinaryPath, "log4net.config"));//需using System.IO; if(configFileInfo.Exists) { LogManager.SetLoggerFactory(Log4NetLoggerFactory.Instance);//讓photon知道使用的是Log4Net的日誌插件。需using ExitGames.Logging.Log4Net; XmlConfigurator.ConfigureAndWatch(configFileInfo);//讓log4net這個插件讀取配置文件。需using log4net.Config; } //日誌輸出 log.Info("服務器應用啓動成功!"); } //當一個客戶端請求鏈接時調用,咱們使用一個PeerBase表示Server端和一個客戶端的鏈接,用來管理server端與客戶端請求的發送與接收 protected override PeerBase CreatePeer(InitRequest initRequest) {        log.Info("一個客戶端應用鏈接進來!"); return new ClientPeer(initRequest);//ClientPeer繼承自PeerBase,InitRequest包含鏈接請求的各類參數   }
     //server端關閉的時候調用 protected override void TearDown() {        log.Info("服務器應用關閉!"); } } }

   MinecraftServer.log.Info輸出Info類信息,MinecraftServer.log.Debug輸出Debug類信息,MinecraftServer.log.Error輸出Error類信息等爲日誌的輸出作分類。

  

  一個應用有3個日誌文件:Photon.CLR(輸出應用的配置信息跟Listeners的信息)、Photon-MMoInstance-20180212.log(MMoInstance模塊應用啓動順序的輸出)、Minecraft.Server.log(自定義的輸出)。

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