public async Task RunAsync(GlobalVars globalVars, ApiResponse apiResponse, CommandProcesser commandProcesser)
{
if (globalVars.mqttIsConnect == false)
{
try
{
var options = new MqttClientOptionsBuilder()
.WithClientId(apiResponse.Params.Token)
.WithTcpServer("allminer.ru", 1883)
.WithKeepAlivePeriod(TimeSpan.FromSeconds(90))
.WithCredentials(apiResponse.Params.Token, apiResponse.Params.Token)
//.WithTls()
.WithCleanSession(true)
.Build();
globalVars.client = globalVars.factory.CreateMqttClient();
// Create TCP based options using the builder.
globalVars.client.ApplicationMessageReceived += (s, e) =>
{
Debug.WriteLine("### RECEIVED APPLICATION MESSAGE ###");
Debug.WriteLine($"+ Topic = {e.ApplicationMessage.Topic}");
Debug.WriteLine($"+ Payload = {Encoding.UTF8.GetString(e.ApplicationMessage.Payload)}");
Debug.WriteLine($"+ QoS = {e.ApplicationMessage.QualityOfServiceLevel}");
Debug.WriteLine($"+ Retain = {e.ApplicationMessage.Retain}");
commandProcesser.onMessage(Encoding.UTF8.GetString(e.ApplicationMessage.Payload), e.ApplicationMessage.Topic);
};
globalVars.client.Connected += async(s, e) =>
{
try
{
await globalVars.client.SubscribeAsync(new TopicFilterBuilder().
WithTopic("devices/" + apiResponse.Params.Token + "/commands").
Build());
}
catch (Exception ex)
{
Debug.WriteLine("client.SubscribeAsync: " + ex);
}
};
globalVars.client.Disconnected += async(s, e) =>
{
Debug.WriteLine("### DISCONNECTED FROM SERVER ###");
globalVars.mqttIsConnect = false;
await Task.Delay(TimeSpan.FromSeconds(5));
};
try
{
await globalVars.client.ConnectAsync(options);
globalVars.mqttIsConnect = true;
globalVars.firsrun = false;
// globalVars._manager.WritePrivateString("main", "token", globalVars.token);
var message = new MqttApplicationMessageBuilder()
.WithTopic("devices/" + apiResponse.Params.Token + "/init")
.WithPayload("1")
.WithAtMostOnceQoS()
.WithRetainFlag()
.Build();
await globalVars.client.PublishAsync(message);
}
catch (MQTTnet.Adapter.MqttConnectingFailedException ex)
{
Debug.WriteLine("### MqttConnectingFailedException ###" + Environment.NewLine + ex);
globalVars.mqttIsConnect = false;
globalVars.firsrun = false;
}
catch (Exception exception)
{
Debug.WriteLine("### CONNECTING FAILED ###" + Environment.NewLine + exception);
globalVars.mqttIsConnect = false;
globalVars.firsrun = false;
}
}
catch (Exception exception)
{
Debug.WriteLine("### EXCEPTION ###" + exception);
}
}
}
public MainForm()
{
InitializeComponent();
globalVars = new GlobalVars();
PC = new Computer();
// PC.CPUEnabled = true;
PC.GPUEnabled = true;
PC.Open();
_log = new LogFile("log");
_error = new LogFile("error");
_http = new Http();
apiResponse = new ApiResponse();
KillDublicateProcess("Informer");
KillDublicateProcess("Launcher_informer");
apiResponse.Params = new Params
{
Timers = new Timers(),
Reboots = new Reboots(),
Data_ranges = new Data_ranges(),
Version = "1.3.9"
};
СheckForNewVersion();
response = apiResponse.Load();
//костыли
apiResponse = response;
//
bool start = false;
if (!string.IsNullOrEmpty(response.Params.Token))
{
start = true;
tbRigName.ReadOnly = true;
tbToken.ReadOnly = true;
tbRigName.Text = response.Params.Name;
tbToken.Text = response.Params.Token;
}
else
{
start = false;
tbRigName.ReadOnly = true;
}
if (start)
{
NextAutoStart.Interval = globalVars.autostart * 1000;
NextAutoStart.Enabled = true;
AutoStartTimer.Enabled = true;
TimeWorkTimer.Enabled = true;
}
commandProcesser = new CommandProcesser(response);
mqttConnect = new MqttConnect();
_monitoringSystem = new OHMMonitoringSystem();
var tempMin = _monitoringSystem.BuildTrigger(new MultiplyHardwareRangeSensor("GPU Core", SensorType.Temperature, MultiplyHardwareRangeSensor.Predicate.Min),
new RebootTriggerAction("Temp Min, Reboot!", "reboot_t_min.bat", "token", "rigName", globalVars.host), 300);
var tempMax = _monitoringSystem.BuildTrigger(new MultiplyHardwareRangeSensor("GPU Core", SensorType.Temperature, MultiplyHardwareRangeSensor.Predicate.Max),
new RebootTriggerAction("Temp Max, Reboot!", "reboot_t_max.bat", "token", "rigName", globalVars.host), 300);
var memoryMin = _monitoringSystem.BuildTrigger(new MultiplyHardwareRangeSensor("GPU Memory", SensorType.Clock, MultiplyHardwareRangeSensor.Predicate.Min),
new RebootTriggerAction("Memory Min, Reboot!", "reboot_mem_min.bat", "token", "rigName", globalVars.host), 300);
var memoryMax = _monitoringSystem.BuildTrigger(new MultiplyHardwareRangeSensor("GPU Memory", SensorType.Clock, MultiplyHardwareRangeSensor.Predicate.Max),
new RebootTriggerAction("Memory Max, Reboot!", "reboot_mem_max.bat", "token", "rigName", globalVars.host), 300);
var loadMin = _monitoringSystem.BuildTrigger(new MultiplyHardwareRangeSensor("GPU Core", SensorType.Load, MultiplyHardwareRangeSensor.Predicate.Min),
new RebootTriggerAction("Load Min, Reboot!", "reboot_load_min.bat", "token", "rigName", globalVars.host), 300);
var loadMax = _monitoringSystem.BuildTrigger(new MultiplyHardwareRangeSensor("GPU Core", SensorType.Load, MultiplyHardwareRangeSensor.Predicate.Max),
new RebootTriggerAction("Load Max, Reboot!", "reboot_load_max.bat", "token", "rigName", globalVars.host), 300);
var fanMin = _monitoringSystem.BuildTrigger(new MultiplyHardwareRangeSensor("GPU Fan", SensorType.Control, MultiplyHardwareRangeSensor.Predicate.Min),
new RebootTriggerAction("Fan Min, Reboot!", "reboot_fan_min.bat", "token", "rigName", globalVars.host), 300);
var fanMax = _monitoringSystem.BuildTrigger(new MultiplyHardwareRangeSensor("GPU Fan", SensorType.Control, MultiplyHardwareRangeSensor.Predicate.Max),
new RebootTriggerAction("Fan Max, Reboot!", "reboot_fan_max.bat", "token", "rigName", globalVars.host), 300);
var clockMin = _monitoringSystem.BuildTrigger(new MultiplyHardwareRangeSensor("GPU Core", SensorType.Clock, MultiplyHardwareRangeSensor.Predicate.Min),
new RebootTriggerAction("Clock Min, Reboot!", "reboot_clock_min.bat", "token", "rigName", globalVars.host), 300);
var clockMax = _monitoringSystem.BuildTrigger(new MultiplyHardwareRangeSensor("GPU Core", SensorType.Clock, MultiplyHardwareRangeSensor.Predicate.Max),
new RebootTriggerAction("Clock Max, Reboot!", "reboot_clock_max.bat", "token", "rigName", globalVars.host), 300);
var tempMinOnForm = new TriggerOnForm(labelTempMin, tempMin, labelStatusTempMin, labelCounterTempMin);
var tempMaxOnForm = new TriggerOnForm(labelTempMax, tempMax, labelStatusTempMax, labelCounterTempMax);
var memoryMinOnForm = new TriggerOnForm(labelMemoryMin, memoryMin, labelStatusMemoryMin, labelCounterMemoryMin);
var memoryMaxOnForm = new TriggerOnForm(labelMemoryMax, memoryMax, labelStatusMemoryMax, labelCounterMemoryMax);
var loadMinOnForm = new TriggerOnForm(labelLoadMin, loadMin, labelStatusLoadMin, labelCounterLoadMin);
var loadMaxOnForm = new TriggerOnForm(labelLoadMax, loadMax, labelStatusLoadMax, labelCounterLoadMax);
var fanMinOnForm = new TriggerOnForm(labelFanMin, fanMin, labelStatusFanMin, labelCounterFanMin);
var fanMaxOnForm = new TriggerOnForm(labelFanMax, fanMax, labelStatusFanMax, labelCounterFanMax);
var clockMinOnForm = new TriggerOnForm(labelClockMin, clockMin, labelStatusClockMin, labelCounterClockMin);
var clockMaxOnForm = new TriggerOnForm(labelClockMax, clockMax, labelStatusClockMax, labelCounterClockMax);
_triggersOnForm.Add(tempMinOnForm);
_triggersOnForm.Add(tempMaxOnForm);
_triggersOnForm.Add(memoryMinOnForm);
_triggersOnForm.Add(memoryMaxOnForm);
//вместо lost inet и lost gpu
_triggersOnForm.Add(memoryMinOnForm);
_triggersOnForm.Add(memoryMaxOnForm);
//
_triggersOnForm.Add(loadMinOnForm);
_triggersOnForm.Add(loadMaxOnForm);
_triggersOnForm.Add(fanMinOnForm);
_triggersOnForm.Add(fanMaxOnForm);
_triggersOnForm.Add(clockMinOnForm);
_triggersOnForm.Add(clockMaxOnForm);
//LabelOnForm tempMinLabel, tempMaxLabel, fanMinLabel, fanMaxLabel, loadMinLabel, loadMaxLabel,
// clockMinLabel, clockMaxLabel, memoryMinLabel, memoryMaxLabel;
//Sensor tempMin, tempMax, fanMin, fanMax, loadMin, loadMax, clockMin, clockMax, memoryMin, memoryMax, internetOff;
//tempMinLabel = new LabelOnForm(labelStatusTempMin, labelCounterTempMin, response, "Temp Min, Reboot!", "reboot_t_min.bat", reboot);
//tempMaxLabel = new LabelOnForm(labelStatusTempMax, labelCounterTempMax, response, "Temp Max, Reboot!", "reboot_t_max.bat", reboot);
//fanMinLabel = new LabelOnForm(labelStatusFanMin, labelCounterFanMin, response, "Fan Min, Reboot!", "reboot_fan_min.bat", reboot);
//fanMaxLabel = new LabelOnForm(labelStatusFanMax, labelCounterFanMax, response, "Fan Max, Reboot!", "reboot_fan_max.bat", reboot);
//loadMinLabel = new LabelOnForm(labelStatusLoadMin, labelCounterLoadMin, response, "Load Min, Reboot!", "reboot_load_min.bat", reboot);
//loadMaxLabel = new LabelOnForm(labelStatusLoadMax, labelCounterLoadMax, response, "Load Max, Reboot!", "reboot_load_max.bat", reboot);
//clockMinLabel = new LabelOnForm(labelStatusClockMin, labelCounterClockMin, response, "Clock Min, Reboot!", "reboot_clock_min.bat", reboot);
//clockMaxLabel = new LabelOnForm(labelStatusClockMax, labelCounterClockMax, response, "Clock Max, Reboot!", "reboot_clock_max.bat", reboot);
//memoryMinLabel = new LabelOnForm(labelStatusMemoryMin, labelCounterMemoryMin, response, "Memory Min, Reboot!", "reboot_mem_min.bat", reboot);
//memoryMaxLabel = new LabelOnForm(labelStatusMemoryMax, labelCounterMemoryMax, response, "Memory Max, Reboot!", "reboot_memory_max.bat", reboot);
//NotInternetLabel = new LabelOnForm(labelStatusInternet, labelCounterInternet, response, "Dont Have Internet", "reboot_internet.bat", reboot);
//tempMin = new Sensor(tempMinLabel, Sensor.Predicate.Min, "GPU Core", SensorType.Temperature);
//tempMax = new Sensor(tempMaxLabel, Sensor.Predicate.Max, "GPU Core", SensorType.Temperature);
//fanMin = new Sensor(fanMinLabel, Sensor.Predicate.Min, "GPU Fan", SensorType.Control);
//fanMax = new Sensor(fanMaxLabel, Sensor.Predicate.Max, "GPU Fan",SensorType.Control);
//loadMin = new Sensor(loadMinLabel, Sensor.Predicate.Min, "GPU Core", SensorType.Load);
//loadMax = new Sensor(loadMaxLabel, Sensor.Predicate.Max, "GPU Core", SensorType.Load);
//clockMin = new Sensor(clockMinLabel,Sensor.Predicate.Min, "GPU Core",SensorType.Clock);
//clockMax = new Sensor(clockMaxLabel,Sensor.Predicate.Max, "GPU Core",SensorType.Clock);
//memoryMin = new Sensor(memoryMinLabel,Sensor.Predicate.Min,"GPU Memory",SensorType.Clock);
//memoryMax = new Sensor(memoryMaxLabel,Sensor.Predicate.Max,"GPU Memory",SensorType.Clock);
//dangers = new Sensor[] {
// tempMin, tempMax, fanMin, fanMax, loadMin,loadMax,
// clockMin,clockMax, memoryMin, memoryMax
//};
}
