private async static System.Threading.Tasks.Task <bool> Session_DisconnectedEvt(IMiraiHttpSession sender, Exception e)
{
logger("Connection", e.Message);
while (true)
{
try
{
logger("Connection", "Reconnecting...");
MiraiHttpSessionOptions options = new MiraiHttpSessionOptions(host, port, key);
await sender.ConnectAsync(me_qq);
if (!e.Message.Contains("未知的消息类型"))
{
MainHolder.broadcaster.BroadcastToAdminGroup("[断线重连]\n诊断报告：" + e.Message + "\n" + e.StackTrace);
}
break;
}
catch (Exception err)
{
logger("Connection", err.Message);
await Task.Delay(1000);
}
}
return(false);
}
private async Task <IMiraiHttpSession> InternalRetriveSessionAsync(long robotQQ, CancellationToken token)
{
try
{
if (_robotScopes.TryGetValue(robotQQ, out IServiceScope? dualcheck))
{
return(dualcheck.ServiceProvider.GetRequiredService <IMiraiHttpSession>());
}
IServiceScope scope = _services.CreateScope();
try
{
IMiraiHttpSession session = scope.ServiceProvider.GetRequiredService <IMiraiHttpSession>();
await session.ConnectAsync(robotQQ, token).ConfigureAwait(false);
_robotScopes[robotQQ] = scope;
return(session);
}
catch
{
scope.Dispose();
throw;
}
}
finally
{
_robotInitTasks.TryRemove(robotQQ, out _);
}
}
public static async Task Main()
{
// 一套能用的框架, 必须要注册至少一个 Invoker, Parser, Client 和 Handler
// Invoker 负责消息调度
// Parser 负责解析消息到具体接口以便调度器调用相关 Handler 下的处理方法
// Client 负责收发原始数据
IServiceProvider services = new ServiceCollection().AddMiraiBaseFramework() // 表示使用基于基础框架的构建器
.AddHandler <MiraiPlugin>() // 虽然可以把 HttpApiPlugin 作为泛型参数塞入, 但不建议这么做
.Services
.AddDefaultMiraiHttpFramework() // 表示使用 mirai-api-http 实现的构建器
.ResolveParser <DynamicPlugin>() // 只提前解析 DynamicPlugin 将要用到的消息解析器
.AddInvoker <MiraiHttpMessageHandlerInvoker>() // 使用默认的调度器
.AddHandler <HttpApiPlugin>() // 可以如此添加更多消息处理器
.AddClient <MiraiHttpSession>() // 使用默认的客户端
.Services
// 由于 MiraiHttpSession 使用 IOptions<MiraiHttpSessionOptions>, 其作为 Singleton 被注册
// 配置此项将配置基于此 IServiceProvider 全局的连接配置
// 如果你想一个作用域一个配置的话
// 自行做一个实现类, 继承MiraiHttpSession, 构造参数中使用 IOptionsSnapshot<MiraiHttpSessionOptions>
// 并将其传递给父类的构造参数
// 然后在每一个作用域中!先!配置好 IOptionsSnapshot<MiraiHttpSessionOptions>, 再尝试获取 IMiraiHttpSession
.Configure <MiraiHttpSessionOptions>(options =>
{
options.Host = "域名/IP";
options.Port = 12345; // 端口
options.AuthKey = "00000000000000000000000000000000"; // 凭据
})
.AddLogging()
.BuildServiceProvider();
IServiceScope scope = services.CreateScope();
await using var x = (IAsyncDisposable)scope;
//await using AsyncServiceScope scope = services.CreateAsyncScope(); // 自 .NET 6.0 起才可以如此操作代替上边两句
services = scope.ServiceProvider;
IMiraiHttpSession session = services.GetRequiredService <IMiraiHttpSession>(); // 大部分服务都基于接口注册, 请使用接口作为类型解析
DynamicPlugin plugin = new DynamicPlugin();
PluginResistration resistration = session.AddPlugin(plugin); // 实时添加
await session.ConnectAsync(0); // 填入期望连接到的机器人QQ号
while (true)
{
if (Console.ReadLine() == "exit")
{
resistration.Dispose(); // 实时移除
break;
}
}
}
public async Task HandleMessageAsync(IMiraiHttpSession session, IDisconnectedEventArgs e)
{
// e.Exception: 引发掉线的响应异常, 按需处理
while (true)
{
try
{
await session.ConnectAsync(e.LastConnectedQQNumber);
e.BlockRemainingHandlers = true;
break;
}
catch (ObjectDisposedException) // session 已被释放
{
break;
}
catch (Exception)
{
await Task.Delay(1000);
}
}
}
public async Task HandleMessageAsync(IMiraiHttpSession session, IDisconnectedEventArgs message)
{
_logger.LogWarning(message.Exception, $"连接被断开。上一次连接的QQ号为:{message.LastConnectedQQNumber}");
while (!session.Connected) // 防止以前的handler未能正确阻断消息传递
{
try
{
await session.ConnectAsync(message.LastConnectedQQNumber);
message.BlockRemainingHandlers = true;
_logger.LogInformation($"重连成功");
break;
}
catch (ObjectDisposedException)
{
break;
}
catch (Exception e)
{
_logger.LogError(e, $"重连失败。上一次连接的QQ号为:{message.LastConnectedQQNumber}");
await Task.Delay(1000);
}
}
}
static async Task Main(string[] args)
{
Options opt = null;
Parser.Default.ParseArguments <Options>(args).WithParsed <Options>(o =>
{
opt = o;
});
var bot = new Bot();
IServiceProvider services = new ServiceCollection().AddMiraiBaseFramework() // 表示使用基于基础框架的构建器
.AddHandler <Bot>(p => bot, ServiceLifetime.Singleton)
.Services
.AddDefaultMiraiHttpFramework() // 表示使用 mirai-api-http 实现的构建器
.ResolveParser <Bot>(ServiceLifetime.Singleton)
.AddInvoker <MiraiHttpMessageHandlerInvoker>() // 使用默认的调度器
.AddClient <MiraiHttpSession>() // 使用默认的客户端
.Services
// 由于 MiraiHttpSession 使用 IOptions<MiraiHttpSessionOptions>, 其作为 Singleton 被注册
// 配置此项将配置基于此 IServiceProvider 全局的连接配置
// 如果你想一个作用域一个配置的话
// 自行做一个实现类, 继承MiraiHttpSession, 构造参数中使用 IOptionsSnapshot<MiraiHttpSessionOptions>
// 并将其传递给父类的构造参数
// 然后在每一个作用域中!先!配置好 IOptionsSnapshot<MiraiHttpSessionOptions>, 再尝试获取 IMiraiHttpSession
.Configure <MiraiHttpSessionOptions>(options =>
{
options.Host = "127.0.0.1";
options.Port = 8080; // 端口
options.AuthKey = opt.AuthKey; // 凭据
})
.AddLogging()
.BuildServiceProvider();
IServiceScope scope = services.CreateScope();
await using var x = (IAsyncDisposable)scope;
//await using AsyncServiceScope scope = services.CreateAsyncScope(); // 自 .NET 6.0 起才可以如此操作代替上边两句
services = scope.ServiceProvider;
IMiraiHttpSession session = services.GetRequiredService <IMiraiHttpSession>(); // 大部分服务都基于接口注册, 请使用接口作为类型解析
//session.AddPlugin(bot); // 实时添加
bot.SetSession(session);
await session.ConnectAsync(opt.QQ); // 填入期望连接到的机器人QQ号
await bot.Start();
while (true)
{
var readline = await Console.In.ReadLineAsync();
if (readline == "exit")
{
return;
}
else if (readline.StartsWith("notice ", StringComparison.OrdinalIgnoreCase))
{
var message = $"[通知]{readline.Substring(7)}";
var groups = GensouSakuya.QQBot.Core.QQManager.GroupMemberManager.GroupMembers.Values
.Select(p => p.GroupId).Distinct().ToList();
groups.ForEach(p => { session.SendGroupMessageAsync(p, new PlainMessage(message)); });
}
else if (readline.StartsWith("togroup ", StringComparison.OrdinalIgnoreCase))
{
var splited = readline.Split(" ");
if (!long.TryParse(splited[1], out var groupNo))
{
continue;
}
var message = string.Join(" ", splited.Skip(2));
await session.SendGroupMessageAsync(groupNo, new PlainMessage(message));
}
else if (readline.Equals("save", StringComparison.OrdinalIgnoreCase))
{
await DataManager.Save();
}
else if (readline.Equals("load", StringComparison.OrdinalIgnoreCase))
{
await DataManager.Load();
}
}
}
public async Task HandleMessageAsync(IMiraiHttpSession client, IDisconnectedEventArgs message)
{
_logger.Error("disconnected, reconnecting");
await client.ConnectAsync(client.QQNumber.Value);
}
public static async Task Connect(long qqId, string ip, ushort port, string authKey, Action <bool, string> ConnectedEvent)
{
try
{
// 一套能用的框架, 必须要注册至少一个 Invoker, Parser, Client 和 Handler
// Invoker 负责消息调度
// Parser 负责解析消息到具体接口以便调度器调用相关 Handler 下的处理方法
// Client 负责收发原始数据
IServiceProvider services = new ServiceCollection().AddMiraiBaseFramework() // 表示使用基于基础框架的构建器
.Services
.AddDefaultMiraiHttpFramework() // 表示使用 mirai-api-http 实现的构建器
.AddInvoker <MiraiHttpMessageHandlerInvoker>() // 使用默认的调度器
.AddHandler <GroupMessage>() // 群消息
.AddHandler <FriendMessage>() // 好友消息
.AddHandler <TempMessage>() // 临时消息
.AddClient <MiraiHttpSession>() // 使用默认的客户端
.Services
// 由于 MiraiHttpSession 使用 IOptions<MiraiHttpSessionOptions>, 其作为 Singleton 被注册
// 配置此项将配置基于此 IServiceProvider 全局的连接配置
// 如果你想一个作用域一个配置的话
// 自行做一个实现类, 继承MiraiHttpSession, 构造参数中使用 IOptionsSnapshot<MiraiHttpSessionOptions>
// 并将其传递给父类的构造参数
// 然后在每一个作用域中!先!配置好 IOptionsSnapshot<MiraiHttpSessionOptions>, 再尝试获取 IMiraiHttpSession
.Configure <MiraiHttpSessionOptions>(options =>
{
options.Host = ip;
options.Port = port; // 端口
options.AuthKey = authKey; // 凭据
})
.AddLogging()
.BuildServiceProvider();
await using AsyncServiceScope scope = services.CreateAsyncScope(); // 自 .NET 6.0 起才可以如此操作代替上边两句
services = scope.ServiceProvider;
IMiraiHttpSession session = services.GetRequiredService <IMiraiHttpSession>(); // 大部分服务都基于接口注册, 请使用接口作为类型解析
await session.ConnectAsync(qqId); // 填入期望连接到的机器人QQ号
Cache.SetTaskAtFixedTime();
IFriendInfo[] IFriendInfos = await session.GetFriendListAsync();
string nickname = "未知";
var self = IFriendInfos.Where(m => m.Id == qqId).FirstOrDefault(); //获取自身昵称失败, 部分QQ号好友中不存在自己?
if (self != null)
{
nickname = self.Name;
}
ConnectedEvent?.Invoke(true, nickname);
BotInfo.QQId = session.QQNumber.Value;
BotInfo.IsLogin = true;
PluginManager.Connected(
BotInfo.QQId,
async(targetId, msg) => await session.SendFriendMessageAsync(targetId, await msg.ToMiraiApiHttpMessages(session, UploadTarget.Friend)),
async(targetId, msg) => await session.SendGroupMessageAsync(targetId, await msg.ToMiraiApiHttpMessages(session, UploadTarget.Group)),
async(targetId, targetGroup, msg) => await session.SendTempMessageAsync(targetId, targetGroup, await msg.ToMiraiApiHttpMessages(session, UploadTarget.Temp))
);
RssWorker.StartRssTask(async(msgs, targetId, groupId) =>
{
if (targetId != -1)
{
_ = session.SendFriendMessageAsync(targetId, await msgs.ToMiraiApiHttpMessages(session, UploadTarget.Friend));
}
else if (groupId != -1)
{
_ = session.SendGroupMessageAsync(groupId, await msgs.ToMiraiApiHttpMessages(session, UploadTarget.Group));
}
});
while (true)
{
BotInfo.IsLogin = true;
if (Console.ReadLine() == "exit")
{
BotInfo.IsLogin = false;
PluginManager.Disconnected();
session.Dispose();
ConnectedEvent?.Invoke(false, "");
break;
}
Task.Delay(100).Wait();
}
}
catch (Exception ex)
{
LogHelper.WriteErrorLog(ex);
ConnectedEvent?.Invoke(false, ex.Message);
}
}
private static void Main(string[] args)
{
#if DEBUG
logger("DEBUG", "WARNING: Running in debug mode.");
DEBUGMODE = true;
Thread.Sleep(5000);
#endif
DateTime start = DateTime.Now;
//string ipv4_ip = NetworkInfo.GetLocalIpAddress();
MainHolder.logger = logger;
bool booted = false;
Exception exc = null;
#region 读取配置
StreamReader cfile = new StreamReader("config.json");
JObject config = (JObject)JsonConvert.DeserializeObject(cfile.ReadToEnd());
cfile.Close();
host = config["mirai"].Value <string>("server");
me_qq = config["mirai"].Value <long>("user");
key = config["mirai"].Value <string>("key");
try
{
port = config["mirai"].Value <int>("port");
}
catch
{
port = 8080;
}
authenti = config["auth"].Value <string>("name");
MainHolder.LiveRoom = config["bili"].Value <int>("roomid");
MainHolder.BiliWatchUIDs = new List <int>();
foreach (JToken j in config["bili"]["uids"])
{
MainHolder.BiliWatchUIDs.Add(j.Value <int>());
}
MainHolder.useBiliRecFuncs = config["auth"].Value <bool>("rectfunc");
MainHolder.enableNativeFuncs = config["auth"].Value <bool>("nativefuncs");
//如果是本地ip就走本地
//if (host == ipv4_ip && Environment.OSVersion.Platform != PlatformID.Win32NT)
//{
// logger("MainThread", "Running on the same server! Using 127.0.0.1 to connect mirai.");
// host = "127.0.0.1";
//}
#endregion
while (true)//故障自动重启
{
try
{
//Console.Title = "ManageBot By Developer_ken - Initializing...";
logger("MainThread", "Pushing up the engine...", ConsoleColor.Black, ConsoleColor.Green);
{
IServiceProvider services = new ServiceCollection().AddMiraiBaseFramework() // 表示使用基于基础框架的构建器
.AddHandler <tech.msgp.groupmanager.Code.EventHandlers.EventHandler>()
.Services
.AddDefaultMiraiHttpFramework() // 表示使用 mirai-api-http 实现的构建器
.ResolveParser <tech.msgp.groupmanager.Code.EventHandlers.EventHandler>() // 只提前解析 DynamicPlugin 将要用到的消息解析器
.AddInvoker <MiraiHttpMessageHandlerInvoker>() // 使用默认的调度器
.AddClient <MiraiHttpSession>() // 使用默认的客户端
.Services
// 由于 IMiraiHttpSession 使用 IOptions<MiraiHttpSessionOptions>, 其作为 Singleton 被注册
// 配置此项将配置基于此 IServiceProvider 全局的连接配置
// 如果你想一个作用域一个配置的话
// 自行做一个实现类, 继承IMiraiHttpSession, 构造参数中使用 IOptionsSnapshot<MiraiHttpSessionOptions>
// 并将其传递给父类的构造参数
// 然后在每一个作用域中!先!配置好 IOptionsSnapshot<MiraiHttpSessionOptions>, 再尝试获取 IMiraiHttpSession
.Configure <MiraiHttpSessionOptions>(options =>
{
options.Host = host;
options.Port = port; // 端口
options.AuthKey = key; // 凭据
})
.AddLogging()
.BuildServiceProvider();
IServiceScope scope = services.CreateScope();
//var x = (IAsyncDisposable)scope;
//await using AsyncServiceScope scope = services.CreateAsyncScope(); // 自 .NET 6.0 起才可以如此操作代替上边两句
services = scope.ServiceProvider;
IMiraiHttpSession session = services.GetRequiredService <IMiraiHttpSession>(); // 大部分服务都基于接口注册, 请使用接口作为类型解析
session.ConnectAsync(me_qq).Wait(); // 填入期望连接到的机器人QQ号
MainHolder.session = session;
}
//MainHolder.session.GetFriendListAsync().Wait();
logger("MainThread", "BotAPI is up.", ConsoleColor.Black, ConsoleColor.Green);
pool = new pThreadPool();
MainHolder.pool = pool;
logger("MainThread", "Threadpool is UP.", ConsoleColor.Black, ConsoleColor.Green);
pool.submitWorkload(() =>
{
while (true)
{
/*
* logger("threadpool", "threads= " + pool.min_size + "<" + pool.size + "/" + pool.busythread + "<" + pool.max_size +
* " | works= " + pool.queuelen + "<" + pool.queue_max_len + " | errors= " + pool.excepttionlen + "<" + pool.exceptionmaxlen
* );
*/
Dictionary <Guid, Exception> err = pool.popException();
if (err != null)
{
foreach (KeyValuePair <Guid, Exception> e in err)
{
logger("threadpool_exception", "Work-" + e.Key + " -> " + e.Value.Message, ConsoleColor.DarkRed);
logger("threadpool_exception", "Work-" + e.Key + " -> " + e.Value.StackTrace, ConsoleColor.DarkRed);
}
}
pool.clearExceptions();
Thread.Sleep(1000);
}
});
pool.onWorkloadStartProcess += startwork;
pool.onWorkloadStopProcess += stopwork;
logger("MainThread", "Events registered.", ConsoleColor.Black, ConsoleColor.Green);
MainHolder.INIT(config);
//string xml = "<?xml version='1.0' encoding='UTF-8' standalone='yes' ?><msg serviceID=\"35\" templateID=\"1\" action=\"viewMultiMsg\" brief=\"[聊天记录]\" m_resid=\"y0oBW4IOb1T2mMOQXiMI9tajqUkTEioFVMFc66YCia2fQEx2+Sp1Bogtcn80e6R+\" m_fileName=\"6858932750478640422\" tSum=\"34\" sourceMsgId=\"0\" url=\"\" flag=\"3\" adverSign=\"0\" multiMsgFlag=\"0\"><item layout=\"1\" advertiser_id=\"0\" aid=\"0\"><title size=\"34\" maxLines=\"2\" lineSpace=\"12\">群聊的聊天记录</title><title size=\"26\" color=\"#777777\" maxLines=\"4\" lineSpace=\"12\">古小艺: 《迷惑行为》新增1个影像</title><title size=\"26\" color=\"#777777\" maxLines=\"4\" lineSpace=\"12\">柠檬味的海鲜龙: 嗯呢</title><title size=\"26\" color=\"#777777\" maxLines=\"4\" lineSpace=\"12\">一只鸡蛋: 新的机器人核心功能已经快移植好了\n现在是离线状态\n这几天要辛苦大家手动处理这些…</ title >< title size =\"26\" color=\"#777777\" maxLines=\"4\" lineSpace=\"12\">呆 萌呆萌瓜: ohhhhhhh</title><hr hidden=\"false\" style=\"0\" /><summary size=\"26\" color=\"#777777\">查看34条转发消息</summary></item><source name=\"聊天记录\" icon=\"\" action=\"\" appid=\"-1\" /></msg>";
//api.sendXmlMessage(417944217, xml, MsgType.GROUP);
//Console.Title = "ManageBot By Developer_ken - Standby";
try
{
/*
* MainHolder.session.GroupMessageEvt += new Event_GroupMessage().GroupMessage;
* MainHolder.session.GroupApplyEvt += new GroupEnterRequest().GroupApply;
* MainHolder.session.GroupMemberJoinedEvt += new GroupMemberIncrease().GroupMemberJoined;
* GroupMemberLeave gleave = new GroupMemberLeave();
* MainHolder.session.GroupMemberKickedEvt += gleave.GroupMemberKicked;
* MainHolder.session.GroupMemberPositiveLeaveEvt += gleave.GroupMemberPositiveLeave;
* PrivMessageHan pmsg = new PrivMessageHan();
* MainHolder.session.TempMessageEvt += pmsg.TempMessage;
* MainHolder.session.FriendMessageEvt += pmsg.FriendMessage;
* /*
* han.onGroupMessageReceive += new Event_GroupMessage().GroupMessage;
* han.onPrivateMessageReceive += new Event_PrivMessage().PrivateMessage;
* han.onGroupMemberIncrease += new Event_GroupMemberIncrease().GroupMemberIncrease;
* han.onGroupMemberDecrease += new Event_GroupMemberLeave().GroupMemberDecrease;
* han.onGroupEnterRequest += new Event_GroupMemberRequest().GroupAddRequest;
* han.onGroupMessageSendOkay += onSendSuccess;
*/
logger("MainThread", "Event Recevier is UP.", ConsoleColor.Black, ConsoleColor.White);
}
catch (Exception)
{
logger("MainThread", "Event Recevier FAILED.", ConsoleColor.Black, ConsoleColor.Red);
}
logger("MainThread", "Stand by. The bot is up and ready to go. Type to set an log filter.", ConsoleColor.Black, ConsoleColor.Green);
#if RELEASE
MainHolder.broadcaster.BroadcastToAdminGroup("[启动报告]\n" +
(DEBUGMODE ? "⚠当前处于调试模式，不适合长期运行⚠\n" : "") +
"当前版本：" + codeName + version + "\n" +
"启用耗时：" + (DateTime.Now - start).TotalSeconds + "s\n" +
"当前授权：" + authenti + "\n" +
"授权约束：" + (MainHolder.useBiliRecFuncs ? "" : "[MainHolder.useBiliRecFuncs=False]\n") +
(MainHolder.enableNativeFuncs ? "" : "[MainHolder.enableNativeFuncs=False]\n"))
;
#endif
if (booted)
{
MainHolder.broadcaster.BroadcastToAdminGroup("严重故障\n机器人遭遇了不可恢复的错误，主线程无法继续运行。为了确保稳定运行，" +
"主线程已被系统重置。该操作成功完成，程序将会继续运行，但未保存的工作可能已经丢失。\n");
MainHolder.broadcaster.BroadcastToAdminGroup("错误报告\n" + exc.Message + "\nStackTrace >" + exc.StackTrace);
}
booted = true;
while (true)
{
try
{
string field = "";
do
{
ConsoleKeyInfo k = Console.ReadKey(true);
if (k.Key == ConsoleKey.Enter)
{
break;
}
if (k.Key == ConsoleKey.Backspace)
{
if (field.Length >= 1)
{
field = field.Substring(0, field.Length - 1);
}
continue;
}
if (k.Key == ConsoleKey.Delete)
{
field = "";
continue;
}
field += k.KeyChar;
//Console.Title = "input>" + field + " | Press [Enter] to " + (field.Length >= 1 ? "set" : "remove") + " a filter.";
} while (true);
keyword = field;
if (keyword != "")
{
logger("control", "Filter set.", ConsoleColor.Black, ConsoleColor.Green);
//Console.Title = "Filter: " + keyword + " | Press [Enter] to remove filter";
}
else
{
logger("control", "Filter removed.", ConsoleColor.Black, ConsoleColor.Green);
//Console.Title = "ManageBot By Developer_ken - Standby";
}
}
catch
{
Thread.Sleep(int.MaxValue);
}
}
;
}
catch (Exception err)
{
exc = err;
logger("EXCEPTION", "E_FATAL " + err.Message, ConsoleColor.Black, ConsoleColor.Red);
logger("EXCEPTION", "STACKTRACE " + err.StackTrace, ConsoleColor.Black, ConsoleColor.Red);
//throw;
}
}
}