public static WebApiServerState GetServerState()
{
var ram = Windows.Ram.Instance;
var cpu = Windows.Cpu.Instance;
var t = WsServerNodeRedis.GetAllAsync();
t.Wait();
var wsServerNodes = t.Result;
return(new WebApiServerState {
WsServerNodes = wsServerNodes.OrderBy(a => a.Address).ToList(),
Address = ServerRoot.HostConfig.ThisServerAddress,
Description = ServerRoot.HostConfig.Description,
AvailablePhysicalMemory = ram.AvailablePhysicalMemory,
TotalPhysicalMemory = ram.TotalPhysicalMemory,
Cpu = cpu.ToData(),
OSInfo = Windows.OS.Instance.OsInfo,
CpuPerformance = cpu.GetTotalCpuUsage(),
ProcessMemoryMb = VirtualRoot.ProcessMemoryMb,
ThreadCount = VirtualRoot.ThreadCount,
HandleCount = VirtualRoot.HandleCount,
AvailableFreeSpaceInfo = VirtualRoot.GetAvailableFreeSpaceInfo(),
CaptchaCount = CaptchaSet.Count
});
}
public static WebApiServerState GetServerState()
{
var ram = Windows.Ram.Instance;
var cpu = Windows.Cpu.Instance;
var t = WsServerNodeRedis.GetAllAsync();
t.Wait();
var wsServerNodes = t.Result;
return(new WebApiServerState {
WsServerNodes = wsServerNodes,
Address = ServerRoot.HostConfig.ThisServerAddress,
Description = string.Empty,
AvailablePhysicalMemory = ram.AvailablePhysicalMemory,
TotalPhysicalMemory = ram.TotalPhysicalMemory,
Cpu = cpu.ToData(),
OSInfo = Windows.OS.Instance.OsInfo,
CpuPerformance = cpu.GetCurrentCpuUsage()
});
}
static void Main()
{
NTMinerConsole.DisbleQuickEditMode();
try {
bool mutexCreated;
try {
// 锁名称上带上本节点的端口号，从而允许一个服务器上运行多个WebApiServer节点，这在软升级服务端程序时有用。
// 升级WebApiServer程序的时候步骤是：
// 1，在另一个端口启动新版本的程序；
// 2，让Widnows将来自旧端口的所有tcp请求转发到新端口；
// 3，退出旧版本的程序并更新到新版本；
// 4，删除第2步添加的Windows的端口转发；
// 5，退出第1步运行的节点；
// TODO:实现软升级策略
_sMutexApp = new Mutex(true, $"NTMinerServicesMutex{ServerRoot.HostConfig.GetServerPort().ToString()}", out mutexCreated);
}
catch {
mutexCreated = false;
}
if (mutexCreated)
{
try {
// 用本节点的地址作为队列名，消费消息时根据路由键区分消息类型
string queue = $"{ServerAppType.WebApiServer.GetName()}.{ServerRoot.HostConfig.ThisServerAddress}";
string durableQueue = queue + MqKeyword.DurableQueueEndsWith;
AbstractMqMessagePath[] mqMessagePaths = new AbstractMqMessagePath[] {
new UserMqMessagePath(durableQueue),
new MinerClientMqMessagePath(queue)
};
if (!ServerConnection.Create(ServerAppType.WebApiServer, mqMessagePaths, out IServerConnection serverConfig))
{
NTMinerConsole.UserError("启动失败，无法继续，因为服务器上下文创建失败");
return;
}
Console.Title = $"{ServerAppType.WebApiServer.GetName()}_{ServerRoot.HostConfig.ThisServerAddress}";
OssClient = new OssClient(ServerRoot.HostConfig.OssEndpoint, ServerRoot.HostConfig.OssAccessKeyId, ServerRoot.HostConfig.OssAccessKeySecret);
var minerClientMqSender = new MinerClientMqSender(serverConfig);
var userMqSender = new UserMqSender(serverConfig);
var minerRedis = new MinerRedis(serverConfig);
var speedDataRedis = new SpeedDataRedis(serverConfig);
var userRedis = new UserRedis(serverConfig);
var captchaRedis = new CaptchaRedis(serverConfig);
WsServerNodeRedis = new WsServerNodeRedis(serverConfig);
WsServerNodeAddressSet = new WsServerNodeAddressSet(WsServerNodeRedis);
UserSet = new UserSet(userRedis, userMqSender);
UserAppSettingSet = new UserAppSettingSet();
CaptchaSet = new CaptchaSet(captchaRedis);
CalcConfigSet = new CalcConfigSet();
NTMinerWalletSet = new NTMinerWalletSet();
GpuNameSet = new GpuNameSet();
ClientDataSet clientDataSet = new ClientDataSet(minerRedis, speedDataRedis, minerClientMqSender);
ClientDataSet = clientDataSet;
CoinSnapshotSet = new CoinSnapshotSet(clientDataSet);
MineWorkSet = new UserMineWorkSet();
MinerGroupSet = new UserMinerGroupSet();
NTMinerFileSet = new NTMinerFileSet();
OverClockDataSet = new OverClockDataSet();
KernelOutputKeywordSet = new KernelOutputKeywordSet(SpecialPath.LocalDbFileFullName, isServer: true);
ServerMessageSet = new ServerMessageSet(SpecialPath.LocalDbFileFullName, isServer: true);
UpdateServerMessageTimestamp();
if (VirtualRoot.LocalAppSettingSet.TryGetAppSetting(nameof(KernelOutputKeywordTimestamp), out IAppSetting appSetting) && appSetting.Value is DateTime value)
{
KernelOutputKeywordTimestamp = value;
}
else
{
KernelOutputKeywordTimestamp = Timestamp.UnixBaseTime;
}
}
catch (Exception e) {
NTMinerConsole.UserError(e.Message);
NTMinerConsole.UserError(e.StackTrace);
NTMinerConsole.UserInfo("按任意键退出");
Console.ReadKey();
return;
}
VirtualRoot.StartTimer();
NTMinerRegistry.SetAutoBoot("NTMinerServices", true);
Type thisType = typeof(WebApiRoot);
Run();
}
}
catch (Exception e) {
Logger.ErrorDebugLine(e);
}
}
static void Main()
{
VirtualRoot.SetOut(new ConsoleOut());
NTMinerConsole.MainUiOk();
NTMinerConsole.DisbleQuickEditMode();
DevMode.SetDevMode();
Windows.ConsoleHandler.Register(Exit);
try {
bool mutexCreated;
try {
// 锁名称上带上本节点的端口号，从而允许一个服务器上运行多个WebApiServer节点，这在软升级服务端程序时有用。
// 升级WebApiServer程序的时候步骤是：
// 1，在另一个端口启动新版本的程序；
// 2，让Widnows将来自旧端口的所有tcp请求转发到新端口；
// 3，退出旧版本的程序并更新到新版本；
// 4，删除第2步添加的Windows的端口转发；
// 5，退出第1步运行的节点；
// TODO:实现软升级策略
_sMutexApp = new Mutex(true, $"NTMinerServicesMutex{ServerRoot.HostConfig.GetServerPort().ToString()}", out mutexCreated);
}
catch {
mutexCreated = false;
}
if (mutexCreated)
{
try {
// 用本节点的地址作为队列名，消费消息时根据路由键区分消息类型
string queue = $"{nameof(ServerAppType.WebApiServer)}.{ServerRoot.HostConfig.ThisServerAddress}";
string durableQueue = queue + MqKeyword.DurableQueueEndsWith;
string wsBreathQueue = queue + MqKeyword.WsBreathQueueEndsWith;
AbstractMqMessagePath[] mqMessagePaths = new AbstractMqMessagePath[] {
new UserMqMessagePath(durableQueue),
new CalcConfigMqMessagePath(queue),
new MinerClientMqMessagePath(queue),
new WsBreathMqMessagePath(wsBreathQueue),
new OperationMqMessagePath(queue),
new MqCountMqMessagePath(queue),
new ClientTestIdMqMessagePath(queue)
};
if (!MqRedis.Create(ServerAppType.WebApiServer, mqMessagePaths, out IMqRedis mqRedis))
{
NTMinerConsole.UserError("启动失败，无法继续，因为服务器上下文创建失败");
return;
}
Console.Title = $"{nameof(ServerAppType.WebApiServer)}_{ServerRoot.HostConfig.ThisServerAddress}";
// 阿里云OSS坑爹比七牛Kodo贵一半
CloudFileUrlGenerater = new AliCloudOSSFileUrlGenerater();
IRedis redis = mqRedis;
IMq mq = mqRedis;
AdminMqSender = new AdminMqSender(mq);
ClientTestIdDataRedis = new ClientTestIdDataRedis(redis);
var minerClientMqSender = new MinerClientMqSender(mq);
var userMqSender = new UserMqSender(mq);
var calcConfigMqSender = new CalcConfigMqSender(mq);
var minerRedis = new MinerDataRedis(redis);
var clientActiveOnRedis = new ClientActiveOnRedis(redis);
var speedDataRedis = new SpeedDataRedis(redis);
var userRedis = new UserDataRedis(redis);
var captchaRedis = new CaptchaDataRedis(redis);
var calcConfigRedis = new CalcConfigDataRedis(redis);
MqCountSet = new MqCountSet();
WsServerNodeRedis = new WsServerNodeRedis(redis);
WsServerNodeAddressSet = new WsServerNodeAddressSet(WsServerNodeRedis);
UserSet = new UserSet(userRedis, userMqSender);
UserAppSettingSet = new UserAppSettingSet();
CaptchaSet = new CaptchaSet(captchaRedis);
CalcConfigSet = new CalcConfigSet(calcConfigRedis, calcConfigMqSender);
NTMinerWalletSet = new NTMinerWalletSet();
GpuNameSet = new GpuNameSet();
ClientDataSet clientDataSet = new ClientDataSet(minerRedis, clientActiveOnRedis, speedDataRedis, minerClientMqSender);
ClientDataSet = clientDataSet;
var operationMqSender = new OperationMqSender(mq);
MineWorkSet = new UserMineWorkSet(operationMqSender);
MinerGroupSet = new UserMinerGroupSet();
NTMinerFileSet = new NTMinerFileSet();
OverClockDataSet = new OverClockDataSet();
KernelOutputKeywordSet = new KernelOutputKeywordSet(SpecialPath.LocalDbFileFullName);
ServerMessageSet = new ServerMessageSet(SpecialPath.LocalDbFileFullName);
if (VirtualRoot.LocalAppSettingSet.TryGetAppSetting(nameof(KernelOutputKeywordTimestamp), out IAppSetting appSetting) && appSetting.Value is DateTime value)
{
KernelOutputKeywordTimestamp = value;
}
else
{
KernelOutputKeywordTimestamp = Timestamp.UnixBaseTime;
}
}
catch (Exception e) {
NTMinerConsole.UserError(e.Message);
NTMinerConsole.UserError(e.StackTrace);
NTMinerConsole.UserInfo("按任意键退出");
Console.ReadKey();
return;
}
VirtualRoot.StartTimer();
NTMinerRegistry.SetAutoBoot("NTMinerServices", true);
Type thisType = typeof(AppRoot);
Run();
}
}
catch (Exception e) {
Logger.ErrorDebugLine(e);
}
}