// (Konrad) We are not going to process warnings here.
#else
/// <summary>
/// Adds Warnings to a collection in database. If warnings exist it updates their status.
/// </summary>
public static void ProcessWarnings(ActionType action, Document doc, string centralPath)
{
var current = doc.GetWarnings().Select(x => new WarningItem(x, doc)).ToList();
switch (action)
{
case ActionType.CheckIn:
if (!ServerUtilities.Post(current, "warnings/add", out ResponseCreated unused1))
{
Log.AppendLog(LogMessageType.ERROR, "Failed to publish Views Data.");
}
break;
case ActionType.Synch:
var newW = AppCommand.Warnings.Values
.Where(x => !string.IsNullOrEmpty(x.CreatedBy) && current.Any(y => y.UniqueId == x.UniqueId)).ToList();
var existingW = current.Except(newW).Select(x => x.UniqueId);
var payload = new WarningData(Environment.UserName, centralPath, newW, existingW);
if (!ServerUtilities.Post(payload, "warnings/update", out ResponseCreated unused))
{
Log.AppendLog(LogMessageType.ERROR, "Failed to publish Views Data.");
}
else
{
CollectWarnings(doc);
}
break;
default:
throw new ArgumentOutOfRangeException(nameof(action), action, null);
}
}
/// <summary>
/// Spawns a warning message.
/// </summary>
/// <param name="warning">The warning prefab to spawn</param>
/// <returns>The warning that was spawned</returns>
public Warning SpawnWarning(WarningData warning)
{
Warning temp = (Warning)Instantiate(warning.Prefab, warning.Data.Location, Quaternion.identity);
temp.Duration = warning.Duration;
temp.FadeInDuration = warning.FadeInDuration;
temp.FadeOutDuration = warning.FadeOutDuration;
temp.transform.parent = field.transform;
return(temp);
}
public int PostWarningData(WarningData data)
{
int ret = -1;
string conString = WebConfigurationManager.ConnectionStrings["Database1"].ToString();
SqlConnection sqlConnection = new SqlConnection(conString);
try
{
sqlConnection.Open();
SqlCommand cmd = new SqlCommand
{
Connection = sqlConnection,
CommandText = "update DeviceData set ZeroFaultTime = 0 where ID = @para1"
};
cmd.Parameters.Add("@para1", SqlDbType.Int).Value = data.DeviceID;
cmd.ExecuteNonQuery();
cmd = new SqlCommand
{
Connection = sqlConnection,
CommandText = "INSERT INTO WarningData(DeviceID, WarningID, OccurTime)VALUES(@para1, @para2, @para3) SELECT @@IDENTITY"
};
cmd.Parameters.Add("@para1", SqlDbType.Int).Value = data.DeviceID;
cmd.Parameters.Add("@para2", SqlDbType.Int).Value = data.WarningID;
cmd.Parameters.Add("@para3", SqlDbType.DateTime).Value = data.OccurTime;
ret = Convert.ToInt32(cmd.ExecuteScalar().ToString());
sqlConnection.Close();
}
catch (Exception ex)
{
sqlConnection.Close();
}
return(ret);
}
public static void AddAllRecord(List <HydrologicalRecord> list, List <OldData> listOldData, ref List <WarningData> listRiverWarningData, ref List <WarningData> listResWarningData)
{
int count = 0;
using (var db = new PMSS.SqlDataAccess.Models.HydroModel())
{
foreach (HydrologicalRecord record in list)
{
if (!Double.IsNaN(record.L) && !Double.IsNaN(record.Wl1) && record.L > record.Wl1 && record.Wl1 > 1)
{
WarningData d = new WarningData();
d.Uid = record.Station.Uid;
d.Time = record.Time;
d.L = record.L;
d.WL1 = record.Wl1;
if (record.Station.Type.Equals("河道站"))
{
listRiverWarningData.Add(d);
}
if (record.Station.Type.Equals("水库站"))
{
listResWarningData.Add(d);
}
}
var exsit = from c in listOldData
where c.Uid == record.Station.Uid
where c.Time == record.Time
select c;
if (!exsit.Any())
{
PMSS.SqlDataAccess.Models.hydrologicaldata data = new PMSS.SqlDataAccess.Models.hydrologicaldata();
data.StationId = record.Station.Uid;
if (Double.IsNaN(record.L))
{
data.L = null;
}
else
{
data.L = record.L;
}
if (Double.IsNaN(record.Q))
{
data.Q = null;
}
else
{
data.Q = record.Q;
}
if (Double.IsNaN(record.Wl1))
{
data.WL1 = null;
}
else
{
data.WL1 = record.Wl1;
}
if (Double.IsNaN(record.Wl2))
{
data.WL2 = null;
}
else
{
data.WL2 = record.Wl2;
}
data.Time = record.Time;
data.IsSign = record.isKey;
db.hydrologicaldata.Add(data);
count++;
}
}
db.SaveChanges();
}
LogHelper.WriteLog(typeof(DBHydro), "数据库新增水情数据" + count + "条！");
}
public static List <OldData> UpdateKeyReservoir(List <ReservoirHydrology> list, List <OldData> listOldData, ref List <WarningData> listWarningData)
{
List <OldData> newData = new List <OldData>();
int keyReservoirCount = 0;
using (var db = new PMSS.SqlDataAccess.Models.HydroModel())
{
foreach (ReservoirHydrology reservoir in list)
{
var exsitStation = from c in db.hydrologicalstation
where c.Name == reservoir.StationName
where c.Type == "水库站"
select new
{
StationId = c.UID
}; //查找该站点的ID号
if (exsitStation.Any()) //存在该站点
{
string sid = exsitStation.FirstOrDefault().StationId;
newData.Add(new OldData(sid, reservoir.Time));
if (reservoir.WaterLevel > 0 && reservoir.WarningWaterLevel > 1 && reservoir.WaterLevel > (reservoir.WarningWaterLevel - 20)) //超警数据
{
WarningData d = new WarningData();
d.Uid = sid;
d.Time = reservoir.Time;
d.L = reservoir.WaterLevel;
d.WL1 = reservoir.WarningWaterLevel;
listWarningData.Add(d);
}
var exsitRecord = from c in listOldData
where c.Uid == sid
where c.Time == reservoir.Time
select c;
if (!exsitRecord.Any()) //不存在相同记录
{
PMSS.SqlDataAccess.Models.hydrologicaldata data = new PMSS.SqlDataAccess.Models.hydrologicaldata();
data.StationId = sid;
data.L = reservoir.WaterLevel; //水位
data.Q = reservoir.Pondage; //蓄水量
data.WL1 = reservoir.WarningWaterLevel;
data.Time = reservoir.Time;
data.IsSign = true;
db.hydrologicaldata.Add(data);
keyReservoirCount++;
}
else
{
//if (exsitRecord.FirstOrDefault().IsSign == false) //若存在数据为非重点数据，更新为重点数据
//{
// exsitRecord.FirstOrDefault().IsSign = true;
// //int id = exsitRecord.FirstOrDefault().RecordId;
// //LogHelper.WriteLog(typeof(DBHydro), "数据库将ID为" + id + "的水库水情数据更新为重点数据！");
// updateKeyCount++;
//}
}
}
else //不存在该站点
{
//增加站点数据
PMSS.SqlDataAccess.Models.hydrologicalstation station = new PMSS.SqlDataAccess.Models.hydrologicalstation();
station.Name = reservoir.StationName;
station.UID = "zdsk" + (reservoir.StationName + reservoir.RiverName + reservoir.StationAddress).GetHashCode().ToString();
station.River = reservoir.RiverName;
station.Address = reservoir.StationAddress;
station.Type = "水库站";
db.hydrologicalstation.Add(station);
//增加水情数据
PMSS.SqlDataAccess.Models.hydrologicaldata data = new PMSS.SqlDataAccess.Models.hydrologicaldata();
data.StationId = reservoir.StationName;
data.L = reservoir.WaterLevel; //水位
data.Q = reservoir.Pondage; //蓄水量
data.WL1 = reservoir.WarningWaterLevel;
data.Time = reservoir.Time;
data.IsSign = true;
db.hydrologicaldata.Add(data);
keyReservoirCount++;
newData.Add(new OldData(station.UID, reservoir.Time));
if (reservoir.WaterLevel > 0 && reservoir.WarningWaterLevel > 1 && reservoir.WaterLevel > (reservoir.WarningWaterLevel - 20)) //超警数据
{
WarningData d = new WarningData();
d.Uid = station.UID;
d.Time = reservoir.Time;
d.L = reservoir.WaterLevel;
d.WL1 = reservoir.WarningWaterLevel;
listWarningData.Add(d);
}
}
}
db.SaveChanges();
LogHelper.WriteLog(typeof(DBHydro), "数据库新增重点水库水情数据" + keyReservoirCount + "条！");
}
return(newData);
}
public static List <OldData> UpdateBigReservoir(List <ReservoirHydrology> list, List <OldData> listOldData, ref List <WarningData> listWarningData)
{
List <OldData> newData = new List <OldData>();
int reservoirCount = 0;
using (var db = new PMSS.SqlDataAccess.Models.HydroModel())
{
foreach (ReservoirHydrology reservoir in list)
{
var exsitStation = from c in db.hydrologicalstation
where c.Name == reservoir.StationName
where c.River == reservoir.RiverName
where c.Type == "水库站"
select new
{
StationId = c.UID
}; //查找该站点的ID号
if (exsitStation.Any()) //存在该站点
{
string sid = exsitStation.FirstOrDefault().StationId;
newData.Add(new OldData(sid, reservoir.Time));
if (reservoir.WaterLevel > 0 && reservoir.WarningWaterLevel > 1 && reservoir.WaterLevel > (reservoir.WarningWaterLevel - 0.5)) //超警数据
{
WarningData d = new WarningData();
d.Uid = sid;
d.Time = reservoir.Time;
d.L = reservoir.WaterLevel;
d.WL1 = reservoir.WarningWaterLevel;
listWarningData.Add(d);
}
var exsitRecord = from c in listOldData
where c.Uid == sid
where c.Time == reservoir.Time
select c;
if (!exsitRecord.Any()) //不存在相同记录
{
PMSS.SqlDataAccess.Models.hydrologicaldata data = new PMSS.SqlDataAccess.Models.hydrologicaldata();
data.StationId = sid;
data.L = reservoir.WaterLevel; //水位
data.Q = reservoir.Pondage; //流量
data.WL1 = reservoir.WarningWaterLevel;
data.Time = reservoir.Time;
data.IsSign = false;
db.hydrologicaldata.Add(data);
reservoirCount++;
}
}
else //不存在该站点
{
if (reservoir.StationName.Equals("石门"))
{
continue;
}
//增加站点数据
PMSS.SqlDataAccess.Models.hydrologicalstation station = new PMSS.SqlDataAccess.Models.hydrologicalstation();
station.Name = reservoir.StationName;
station.River = reservoir.RiverName;
station.UID = "sk" + (reservoir.StationName + reservoir.RiverName + reservoir.Basin + reservoir.AdministrativeRegion).GetHashCode().ToString();
station.Basin = reservoir.Basin;
station.AdministrativeRegion = reservoir.AdministrativeRegion;
station.Address = reservoir.StationAddress;
station.Type = "水库站";
db.hydrologicalstation.Add(station);
//增加水情数据
PMSS.SqlDataAccess.Models.hydrologicaldata data = new PMSS.SqlDataAccess.Models.hydrologicaldata();
data.StationId = reservoir.StationName;
data.L = reservoir.WaterLevel; //水位
data.Q = reservoir.Pondage; //流量
data.WL1 = reservoir.WarningWaterLevel;
data.Time = reservoir.Time;
data.IsSign = false;
db.hydrologicaldata.Add(data);
reservoirCount++;
newData.Add(new OldData(station.UID, reservoir.Time));
if (reservoir.WaterLevel > 0 && reservoir.WarningWaterLevel > 1 && reservoir.WaterLevel > (reservoir.WarningWaterLevel - 0.5)) //超警数据
{
WarningData d = new WarningData();
d.Uid = station.UID;
d.Time = reservoir.Time;
d.L = reservoir.WaterLevel;
d.WL1 = reservoir.WarningWaterLevel;
listWarningData.Add(d);
}
}
}
db.SaveChanges();
LogHelper.WriteLog(typeof(DBHydro), "数据库新增大型水库水情数据" + reservoirCount + "条！");
}
return(newData);
}
/// <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
});
}
public static void addWarning(string headline, string warningDescription, Code errorCode)
{
WarningData newWarning = new WarningData(headline, warningDescription, errorCode);
warningQueue.Enqueue(newWarning);
}
public static void addWarning(string headline, string warningDescription, Code errorCode)
{
WarningData newWarning = new WarningData(headline, warningDescription, errorCode);
warningQueue.Enqueue(newWarning);
}
/// <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 && CheckGoodForLogging())
{
var MSIAfterburner = new MSIAfterburnerNET.HM.HardwareMonitor();
try
{
fpsValue = (int)MSIAfterburner.GetEntry(MONITORING_SOURCE_ID.FRAMERATE).Data;
}
catch (Exception ex)
{
Common.LogError(ex, "GameActivity", "Fail get fpsValue");
}
try
{
gpuValue = (int)MSIAfterburner.GetEntry(MONITORING_SOURCE_ID.GPU_USAGE).Data;
}
catch (Exception ex)
{
Common.LogError(ex, "GameActivity", "Fail get gpuValue");
}
try
{
gpuTValue = (int)MSIAfterburner.GetEntry(MONITORING_SOURCE_ID.GPU_TEMPERATURE).Data;
}
catch (Exception ex)
{
Common.LogError(ex, "GameActivity", "Fail get gpuTValue");
}
try
{
cpuTValue = (int)MSIAfterburner.GetEntry(MONITORING_SOURCE_ID.CPU_TEMPERATURE).Data;
}
catch (Exception ex)
{
Common.LogError(ex, "GameActivity", "Fail get cpuTValue");
}
}
else if (settings.UseHWiNFO && CheckGoodForLogging())
{
HWiNFODumper HWinFO = new HWiNFODumper();
List <HWiNFODumper.JsonObj> dataHWinfo = HWinFO.ReadMem();
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");
//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"]);
}
}
}
}
}
catch (Exception ex)
{
Common.LogError(ex, "GameActivity", "Fail get HWiNFO");
}
}
// 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);
}
}
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);
}