/// <summary>
/// Event excuted with the timer.
/// </summary>
/// <param name="source"></param>
/// <param name="e"></param>
private async void OnTimedEvent(Object source, ElapsedEventArgs e)
{
int fpsValue = 0;
int cpuValue = GetCpuPercentage();
int gpuValue = 0;
int ramValue = GetRamPercentage();
int gpuTValue = 0;
int cpuTValue = 0;
if (settings.UseMsiAfterburner)
{
var MSIAfterburner = new MSIAfterburnerNET.HM.HardwareMonitor();
fpsValue = (int)MSIAfterburner.GetEntry(MONITORING_SOURCE_ID.FRAMERATE).Data;
gpuValue = (int)MSIAfterburner.GetEntry(MONITORING_SOURCE_ID.GPU_USAGE).Data;
gpuTValue = (int)MSIAfterburner.GetEntry(MONITORING_SOURCE_ID.GPU_TEMPERATURE).Data;
cpuTValue = (int)MSIAfterburner.GetEntry(MONITORING_SOURCE_ID.CPU_TEMPERATURE).Data;
}
else if (settings.UseHWiNFO)
{
HWiNFODumper HWinFO = new HWiNFODumper();
List <HWiNFODumper.JsonObj> dataHWinfo = HWinFO.ReadMem();
foreach (var sensorItems in dataHWinfo)
{
JObject sensorItemsOBJ = JObject.Parse(JsonConvert.SerializeObject(sensorItems));
string sensorsID = "0x" + ((uint)sensorItemsOBJ["szSensorSensorID"]).ToString("X");
// Find sensors fps
if (sensorsID.ToLower() == settings.HWiNFO_fps_sensorsID.ToLower())
{
// Find data fps
foreach (var items in sensorItemsOBJ["sensors"])
{
JObject itemOBJ = JObject.Parse(JsonConvert.SerializeObject(items));
string dataID = "0x" + ((uint)itemOBJ["dwSensorID"]).ToString("X");
//logger.Info("----- " + dataID.ToLower() + " - " + settings.HWiNFO_fps_elementID.ToLower());
if (dataID.ToLower() == settings.HWiNFO_fps_elementID.ToLower())
{
fpsValue = (int)Math.Round((Double)itemOBJ["Value"]);
}
}
}
// Find sensors gpu usage
if (sensorsID.ToLower() == settings.HWiNFO_gpu_sensorsID.ToLower())
{
// Find data gpu
foreach (var items in sensorItemsOBJ["sensors"])
{
JObject itemOBJ = JObject.Parse(JsonConvert.SerializeObject(items));
string dataID = "0x" + ((uint)itemOBJ["dwSensorID"]).ToString("X");
//logger.Info("----- " + dataID.ToLower() + " - " + settings.HWiNFO_gpu_elementID.ToLower());
if (dataID.ToLower() == settings.HWiNFO_gpu_elementID.ToLower())
{
gpuValue = (int)Math.Round((Double)itemOBJ["Value"]);
}
}
}
// Find sensors gpu temp
if (sensorsID.ToLower() == settings.HWiNFO_gpuT_sensorsID.ToLower())
{
// Find data gpu
foreach (var items in sensorItemsOBJ["sensors"])
{
JObject itemOBJ = JObject.Parse(JsonConvert.SerializeObject(items));
string dataID = "0x" + ((uint)itemOBJ["dwSensorID"]).ToString("X");
//logger.Info("----- " + dataID.ToLower() + " - " + settings.HWiNFO_gpu_elementID.ToLower());
if (dataID.ToLower() == settings.HWiNFO_gpuT_elementID.ToLower())
{
gpuTValue = (int)Math.Round((Double)itemOBJ["Value"]);
}
}
}
// Find sensors cpu temp
if (sensorsID.ToLower() == settings.HWiNFO_cpuT_sensorsID.ToLower())
{
// Find data gpu
foreach (var items in sensorItemsOBJ["sensors"])
{
JObject itemOBJ = JObject.Parse(JsonConvert.SerializeObject(items));
string dataID = "0x" + ((uint)itemOBJ["dwSensorID"]).ToString("X");
//logger.Info("----- " + dataID.ToLower() + " - " + settings.HWiNFO_gpu_elementID.ToLower());
if (dataID.ToLower() == settings.HWiNFO_cpuT_elementID.ToLower())
{
cpuTValue = (int)Math.Round((Double)itemOBJ["Value"]);
}
}
}
}
}
// Listing warnings
bool WarningMinFps = false;
bool WarningMaxCpuTemp = false;
bool WarningMaxGpuTemp = false;
bool WarningMaxCpuUsage = false;
bool WarningMaxGpuUsage = false;
bool WarningMaxRamUsage = false;
if (settings.EnableWarning)
{
if (settings.MinFps != 0 && settings.MinFps >= fpsValue)
{
WarningMinFps = true;
}
if (settings.MaxCpuTemp != 0 && settings.MaxCpuTemp <= cpuTValue)
{
WarningMaxCpuTemp = true;
}
if (settings.MaxGpuTemp != 0 && settings.MaxGpuTemp <= gpuTValue)
{
WarningMaxGpuTemp = true;
}
if (settings.MaxCpuUsage != 0 && settings.MaxCpuUsage <= cpuValue)
{
WarningMaxCpuUsage = true;
}
if (settings.MaxGpuUsage != 0 && settings.MaxGpuUsage <= gpuValue)
{
WarningMaxGpuUsage = true;
}
if (settings.MaxRamUsage != 0 && settings.MaxRamUsage <= ramValue)
{
WarningMaxRamUsage = true;
}
JArray Message = new JArray
{
new JObject(new JProperty("At", resources.GetString("LOCGameActivityWarningAt") + " " + DateTime.Now.ToString("HH:mm"))),
new JObject(new JProperty("Name", resources.GetString("LOCGameActivityFps")), new JProperty("Value", fpsValue), new JProperty("isWarm", WarningMinFps)),
new JObject(new JProperty("Name", resources.GetString("LOCGameActivityCpuTemp")), new JProperty("Value", cpuTValue), new JProperty("isWarm", WarningMaxCpuTemp)),
new JObject(new JProperty("Name", resources.GetString("LOCGameActivityGpuTemp")), new JProperty("Value", gpuTValue), new JProperty("isWarm", WarningMaxGpuTemp)),
new JObject(new JProperty("Name", resources.GetString("LOCGameActivityCpuUsage")), new JProperty("Value", cpuValue), new JProperty("isWarm", WarningMaxCpuUsage)),
new JObject(new JProperty("Name", resources.GetString("LOCGameActivityGpuUsage")), new JProperty("Value", gpuValue), new JProperty("isWarm", WarningMaxGpuUsage)),
new JObject(new JProperty("Name", resources.GetString("LOCGameActivityRamUsage")), new JProperty("Value", ramValue), new JProperty("isWarm", WarningMaxRamUsage))
};
if (WarningMinFps || WarningMaxCpuTemp || WarningMaxGpuTemp || WarningMaxCpuUsage || WarningMaxGpuUsage)
{
WarningsMessage.Add(Message);
}
}
JObject Data = new JObject();
Data["datelog"] = DateTime.Now.ToUniversalTime().ToString("o");
Data["fps"] = fpsValue;
Data["cpu"] = cpuValue;
Data["gpu"] = gpuValue;
Data["ram"] = ramValue;
Data["gpuT"] = gpuTValue;
Data["cpuT"] = cpuTValue;
LoggingData.Add(Data);
}
/// <summary>
/// Event excuted with the timer.
/// </summary>
/// <param name="source"></param>
/// <param name="e"></param>
private async void OnTimedEvent(Object source, ElapsedEventArgs e)
{
int fpsValue = 0;
int cpuValue = PerfCounter.GetCpuPercentage();
int gpuValue = PerfCounter.GetGpuPercentage();
int ramValue = PerfCounter.GetRamPercentage();
int gpuTValue = PerfCounter.GetGpuTemperature();
int cpuTValue = PerfCounter.GetCpuTemperature();
if (settings.UseMsiAfterburner && CheckGoodForLogging())
{
MSIAfterburnerNET.HM.HardwareMonitor MSIAfterburner = null;
try
{
MSIAfterburner = new MSIAfterburnerNET.HM.HardwareMonitor();
}
catch (Exception ex)
{
logger.Warn("GameActivity - Fail initialize MSIAfterburnerNET");
#if DEBUG
Common.LogError(ex, "GameActivity [Ignored]", "Fail initialize MSIAfterburnerNET");
#endif
}
if (MSIAfterburner != null)
{
try
{
fpsValue = (int)MSIAfterburner.GetEntry(MONITORING_SOURCE_ID.FRAMERATE).Data;
}
catch (Exception ex)
{
logger.Warn("GameActivity - Fail get fpsValue");
#if DEBUG
Common.LogError(ex, "GameActivity [Ignored]", "Fail get fpsValue");
#endif
}
try
{
if (gpuValue == 0)
{
gpuValue = (int)MSIAfterburner.GetEntry(MONITORING_SOURCE_ID.GPU_USAGE).Data;
}
}
catch (Exception ex)
{
logger.Warn("GameActivity - Fail get gpuValue");
#if DEBUG
Common.LogError(ex, "GameActivity [Ignored]", "Fail get gpuValue");
#endif
}
try
{
if (gpuTValue == 0)
{
gpuTValue = (int)MSIAfterburner.GetEntry(MONITORING_SOURCE_ID.GPU_TEMPERATURE).Data;
}
}
catch (Exception ex)
{
logger.Warn("GameActivity - Fail get gpuTValue");
#if DEBUG
Common.LogError(ex, "GameActivity [Ignored]", "Fail get gpuTValue");
#endif
}
try
{
if (cpuTValue == 0)
{
cpuTValue = (int)MSIAfterburner.GetEntry(MONITORING_SOURCE_ID.CPU_TEMPERATURE).Data;
}
}
catch (Exception ex)
{
logger.Warn("GameActivity - Fail get cpuTValue");
#if DEBUG
Common.LogError(ex, "GameActivity [Ignored]", "Fail get cpuTValue");
#endif
}
}
}
else if (settings.UseHWiNFO && CheckGoodForLogging())
{
HWiNFODumper HWinFO = null;
List <HWiNFODumper.JsonObj> dataHWinfo = null;
try
{
HWinFO = new HWiNFODumper();
dataHWinfo = HWinFO.ReadMem();
}
catch (Exception ex)
{
logger.Warn("GameActivity - Fail initialize HWiNFODumper");
#if DEBUG
Common.LogError(ex, "GameActivity [Ignored]", "Fail initialize HWiNFODumper");
#endif
}
if (HWinFO != null && dataHWinfo != null)
{
try
{
foreach (var sensorItems in dataHWinfo)
{
JObject sensorItemsOBJ = JObject.Parse(JsonConvert.SerializeObject(sensorItems));
string sensorsID = "0x" + ((uint)sensorItemsOBJ["szSensorSensorID"]).ToString("X");
// Find sensors fps
if (sensorsID.ToLower() == settings.HWiNFO_fps_sensorsID.ToLower())
{
// Find data fps
foreach (var items in sensorItemsOBJ["sensors"])
{
JObject itemOBJ = JObject.Parse(JsonConvert.SerializeObject(items));
string dataID = "0x" + ((uint)itemOBJ["dwSensorID"]).ToString("X");
if (dataID.ToLower() == settings.HWiNFO_fps_elementID.ToLower())
{
fpsValue = (int)Math.Round((Double)itemOBJ["Value"]);
}
}
}
// Find sensors gpu usage
if (sensorsID.ToLower() == settings.HWiNFO_gpu_sensorsID.ToLower())
{
// Find data gpu
foreach (var items in sensorItemsOBJ["sensors"])
{
JObject itemOBJ = JObject.Parse(JsonConvert.SerializeObject(items));
string dataID = "0x" + ((uint)itemOBJ["dwSensorID"]).ToString("X");
if (dataID.ToLower() == settings.HWiNFO_gpu_elementID.ToLower())
{
gpuValue = (int)Math.Round((Double)itemOBJ["Value"]);
}
}
}
// Find sensors gpu temp
if (sensorsID.ToLower() == settings.HWiNFO_gpuT_sensorsID.ToLower())
{
// Find data gpu
foreach (var items in sensorItemsOBJ["sensors"])
{
JObject itemOBJ = JObject.Parse(JsonConvert.SerializeObject(items));
string dataID = "0x" + ((uint)itemOBJ["dwSensorID"]).ToString("X");
if (dataID.ToLower() == settings.HWiNFO_gpuT_elementID.ToLower())
{
gpuTValue = (int)Math.Round((Double)itemOBJ["Value"]);
}
}
}
// Find sensors cpu temp
if (sensorsID.ToLower() == settings.HWiNFO_cpuT_sensorsID.ToLower())
{
// Find data gpu
foreach (var items in sensorItemsOBJ["sensors"])
{
JObject itemOBJ = JObject.Parse(JsonConvert.SerializeObject(items));
string dataID = "0x" + ((uint)itemOBJ["dwSensorID"]).ToString("X");
if (dataID.ToLower() == settings.HWiNFO_cpuT_elementID.ToLower())
{
cpuTValue = (int)Math.Round((Double)itemOBJ["Value"]);
}
}
}
}
}
catch (Exception ex)
{
logger.Warn("GameActivity - Fail get HWiNFO");
#if DEBUG
Common.LogError(ex, "GameActivity [Ignored]", "Fail get HWiNFO");
#endif
}
}
}
// Listing warnings
bool WarningMinFps = false;
bool WarningMaxCpuTemp = false;
bool WarningMaxGpuTemp = false;
bool WarningMaxCpuUsage = false;
bool WarningMaxGpuUsage = false;
bool WarningMaxRamUsage = false;
if (settings.EnableWarning)
{
if (settings.MinFps != 0 && settings.MinFps >= fpsValue)
{
WarningMinFps = true;
}
if (settings.MaxCpuTemp != 0 && settings.MaxCpuTemp <= cpuTValue)
{
WarningMaxCpuTemp = true;
}
if (settings.MaxGpuTemp != 0 && settings.MaxGpuTemp <= gpuTValue)
{
WarningMaxGpuTemp = true;
}
if (settings.MaxCpuUsage != 0 && settings.MaxCpuUsage <= cpuValue)
{
WarningMaxCpuUsage = true;
}
if (settings.MaxGpuUsage != 0 && settings.MaxGpuUsage <= gpuValue)
{
WarningMaxGpuUsage = true;
}
if (settings.MaxRamUsage != 0 && settings.MaxRamUsage <= ramValue)
{
WarningMaxRamUsage = true;
}
WarningData Message = new WarningData
{
At = resources.GetString("LOCGameActivityWarningAt") + " " + DateTime.Now.ToString("HH:mm"),
FpsData = new Data {
Name = resources.GetString("LOCGameActivityFps"), Value = fpsValue, IsWarm = WarningMinFps
},
CpuTempData = new Data {
Name = resources.GetString("LOCGameActivityCpuTemp"), Value = cpuTValue, IsWarm = WarningMaxCpuTemp
},
GpuTempData = new Data {
Name = resources.GetString("LOCGameActivityGpuTemp"), Value = gpuTValue, IsWarm = WarningMaxGpuTemp
},
CpuUsageData = new Data {
Name = resources.GetString("LOCGameActivityCpuUsage"), Value = cpuValue, IsWarm = WarningMaxCpuUsage
},
GpuUsageData = new Data {
Name = resources.GetString("LOCGameActivityGpuUsage"), Value = gpuValue, IsWarm = WarningMaxGpuUsage
},
RamUsageData = new Data {
Name = resources.GetString("LOCGameActivityRamUsage"), Value = ramValue, IsWarm = WarningMaxRamUsage
},
};
if (WarningMinFps || WarningMaxCpuTemp || WarningMaxGpuTemp || WarningMaxCpuUsage || WarningMaxGpuUsage)
{
WarningsMessage.Add(Message);
}
}
List <ActivityDetailsData> ActivitiesDetailsData = GameActivitiesLog.ItemsDetails.Get(GameActivitiesLog.GetLastSession());
ActivitiesDetailsData.Add(new ActivityDetailsData
{
Datelog = DateTime.Now.ToUniversalTime(),
FPS = fpsValue,
CPU = cpuValue,
CPUT = cpuTValue,
GPU = gpuValue,
GPUT = gpuTValue,
RAM = ramValue
});
}