public WsServerNodeStateViewModel(IWsServerNode data)
{
_address = data.Address;
_description = data.Description;
_minerClientWsSessionCount = data.MinerClientWsSessionCount;
_minerStudioWsSessionCount = data.MinerStudioWsSessionCount;
_minerClientSessionCount = data.MinerClientSessionCount;
_minerStudioSessionCount = data.MinerStudioSessionCount;
_osInfo = data.OSInfo;
_totalPhysicalMemory = data.TotalPhysicalMemory;
_availablePhysicalMemory = data.AvailablePhysicalMemory;
_cpuPerformance = data.CpuPerformance;
_processMemoryMb = data.ProcessMemoryMb;
_threadCount = data.ThreadCount;
_handleCount = data.HandleCount;
_availableFreeSpaceInfo = data.AvailableFreeSpaceInfo;
_cpu = data.Cpu;
_cpuVm = new CpuDataViewModel(data.Cpu);
this.RemoteDesktop = new DelegateCommand(() => {
#region
AppRoot.RemoteDesktop?.Invoke(new RdpInput(GetRemoteDesktopIp(), "administrator", string.Empty, string.Empty, onDisconnected: message => {
VirtualRoot.Out.ShowError(message, autoHideSeconds: 4, toConsole: true);
}));
#endregion
});
}
/// <summary>
/// process the response from server and update the properties
/// </summary>
protected override bool ProcessResponse(HttpResponse response)
{
string json = response.Result;
// deserialize
CpuData = JsonConvert.DeserializeObject <CpuData>(json);
return(true);
}
private void DisplayCpuRow(string id, CpuData cpu, IGridList <View> gridList, int rowIndex)
{
AddLabel(id, gridList, rowIndex, 0, 1);
AddLabel(cpu.Usage.ToString(), gridList, rowIndex, 1, 1);
AddLabel(cpu.UserUsage.ToString(), gridList, rowIndex, 2, 1);
AddLabel(cpu.SystemUsage.ToString(), gridList, rowIndex, 3, 1);
AddLabel(cpu.Idle.ToString(), gridList, rowIndex, 4, 1);
}
public CpuMonitor()
{
Data = new CpuData
{
Temperature = new CpuData.CpuTemperature(),
Load = new CpuData.CpuLoad()
};
}
private void Display()
{
IGridList <View> gridList = piStatsGrid.Children;
gridList.Clear();
int rowIndex = 0;
if (_piSystem == null)
{
AddLabel($"Service {_monitorTopic.Name} is not available at {_monitorTopic.Server}.", gridList, rowIndex++, 0, 5);
AbortRefresh();
return;
}
HttpResponse response = _piSystem.CpuClient.GetResponse();
if (!response.Success)
{
AddLabel($"Error getting data for {_monitorTopic.Name} at {_monitorTopic.Server}", gridList, rowIndex++, 0, 5);
GridUtil.AddLabel(response.ErrorMessage, gridList, rowIndex++, 0, 5, 10, Color.Default, false, LayoutOptions.End);
StopRefresh();
return;
}
_piSystem.MemoryClient.Get();
CpuData cpu = _piSystem.CpuClient.CpuData;
MemoryData memory = _piSystem.MemoryClient.MemoryData;
DisplayHeaderAndValueRow("Server Address", _monitorTopic.Server, gridList, rowIndex++, 3);
DisplayHeaderAndValueRow("CPU Core Temperature", cpu.Temperature.ToString(), gridList, rowIndex++, 3);
AddLabel("Usage", gridList, rowIndex, 1, 1);
AddLabel("User", gridList, rowIndex, 2, 1);
AddLabel("System", gridList, rowIndex, 3, 1);
AddLabel("Idle", gridList, rowIndex, 4, 1);
rowIndex++;
DisplayCpuRow(_monitorTopic.Name, cpu, gridList, rowIndex++);
if (cpu.Cores != null)
{
foreach (var data in cpu.Cores)
{
DisplayCpuRow(data.Key, data.Value, gridList, rowIndex++);
}
}
DisplayHeaderAndValueRow("Total Memory (MB)", memory.Total.ToString(), gridList, rowIndex++, 2);
DisplayMemoryRow("Used Memory (MB)", memory.Used, memory.Total, gridList, rowIndex++);
DisplayMemoryRow("Cached Memory (MB)", memory.Cached, memory.Total, gridList, rowIndex++);
DisplayMemoryRow("Free Memory (MB)", memory.Free, memory.Total, gridList, rowIndex++);
DisplayMemoryRow("Available Memory (MB)", memory.Available, memory.Total, gridList, rowIndex++);
if (_hygroThermoSensor != null)
{
string json = _hygroThermoSensor.Get();
DisplayHeaderAndValueRow("Humidity (%)", _hygroThermoSensor.HygroThermoData.Humidity.ToString(), gridList, rowIndex++, 2);
DisplayHeaderAndValueRow("Temperature (C)", _hygroThermoSensor.HygroThermoData.Temperature.ToString(), gridList, rowIndex++, 2);
}
}
public WebApiServerStateViewModel(IWebApiServerState data)
{
_description = data.Description;
_oSInfo = data.OSInfo;
_totalPhysicalMemory = data.TotalPhysicalMemory;
_address = data.Address;
_cpuPerformance = data.CpuPerformance;
_availablePhysicalMemory = data.AvailablePhysicalMemory;
_cpu = data.Cpu;
_cpuVm = new CpuDataViewModel(data.Cpu);
_wsServerNodes = data.WsServerNodes;
_wsServerNodeVms = new ObservableCollection <WsServerNodeStateViewModel>(data.WsServerNodes.Select(a => new WsServerNodeStateViewModel(a)));
}
public WsServerNodeStateViewModel(IWsServerNode data)
{
_address = data.Address;
_description = data.Description;
_minerClientWsSessionCount = data.MinerClientWsSessionCount;
_minerStudioWsSessionCount = data.MinerStudioWsSessionCount;
_minerClientSessionCount = data.MinerClientSessionCount;
_minerStudioSessionCount = data.MinerStudioSessionCount;
_osInfo = data.OSInfo;
_totalPhysicalMemory = data.TotalPhysicalMemory;
_availablePhysicalMemory = data.AvailablePhysicalMemory;
_cpuPerformance = data.CpuPerformance;
_cpu = data.Cpu;
_cpuVm = new CpuDataViewModel(data.Cpu);
}
public WebApiServerStateViewModel(IWebApiServerState data)
{
_description = data.Description;
_oSInfo = data.OSInfo;
_totalPhysicalMemory = data.TotalPhysicalMemory;
_address = data.Address;
_cpuPerformance = data.CpuPerformance;
_availablePhysicalMemory = data.AvailablePhysicalMemory;
_processMemoryMb = data.ProcessMemoryMb;
_threadCount = data.ThreadCount;
_handleCount = data.HandleCount;
_availableFreeSpaceInfo = data.AvailableFreeSpaceInfo;
_captchaCount = data.CaptchaCount;
_cpu = data.Cpu;
_cpuVm = new CpuDataViewModel(data.Cpu);
_wsServerNodes = data.WsServerNodes;
_wsServerNodeVms = new ObservableCollection <WsServerNodeStateViewModel>(data.WsServerNodes.Select(a => new WsServerNodeStateViewModel(a)));
}
private void RefreshData()
{
RyzenAccess.Initialize();
Args = new uint[] { 0, 0, 0, 0, 0, 0 };
RyzenAccess.SendPsmu(0x65, ref Args);
int Index = 0;
//string TestPrint = "";
foreach (var item in Sensors)
{
Sensors[Index].Value = $"{ReadFloat(Address, OffsetTable[Index]):F4}";
//Thread.Sleep(10);
//TestPrint += (Sensors[Index].Value + Environment.NewLine);
Index++;
}
CpuData.Refresh();
RyzenAccess.Deinitialize();
//MessageBox.Show(TestPrint);
}
private void FillInTable()
{
Sensors.Clear();
Sensors.Add(CreatePowerMonitoringItem("STAPM Limit", (uint)0x000));
Sensors.Add(CreatePowerMonitoringItem("STAPM Power", (uint)0x004));
Sensors.Add(CreatePowerMonitoringItem("Fast Limit", (uint)0x008));
Sensors.Add(CreatePowerMonitoringItem("Current Power", (uint)0x00C));
Sensors.Add(CreatePowerMonitoringItem("Slow Limit", (uint)0x010));
Sensors.Add(CreatePowerMonitoringItem("Slow Power", (uint)0x014));
Sensors.Add(CreatePowerMonitoringItem("TDC Limit", (uint)0x020));
Sensors.Add(CreatePowerMonitoringItem("TDC Used", (uint)0x024));
Sensors.Add(CreatePowerMonitoringItem("Soc TDC Limit", (uint)0x028));
Sensors.Add(CreatePowerMonitoringItem("Soc TDC Used", (uint)0x02C));
Sensors.Add(CreatePowerMonitoringItem("EDC Limit", (uint)0x030));
Sensors.Add(CreatePowerMonitoringItem("EDC Used", (uint)0x034));
Sensors.Add(CreatePowerMonitoringItem("Soc EDC Limit", (uint)0x038));
Sensors.Add(CreatePowerMonitoringItem("Soc EDC Used", (uint)0x03C));
Sensors.Add(CreatePowerMonitoringItem("Core Temperature", (uint)0x044));
Sensors.Add(CreatePowerMonitoringItem("Gfx Temperature", (uint)0x04C));
Sensors.Add(CreatePowerMonitoringItem("Soc Temperature", (uint)0x054));
Sensors.Add(CreatePowerMonitoringItem("GPU Frequency", (uint)0x5B4));
CpuData.Update();
}
public InstructionExecutionException(IEnumerable<Wren.Emulation.MasterSystem.InstructionAdvice.RecentHistory.HistoryItem> history, CpuData data, Exception innerException)
: base("There was an error in cpu execution.", innerException)
{
CpuData = data;
History = history;
}
