public async Task <List <T1_SystemEvent> > GetSystemEvent(string ip, DateTime start, DateTime end, string name, CustomSystemType systemtype)
{
List <T_SystemEvent> list = new List <T_SystemEvent>();
if (name.Trim() == "" && systemtype == CustomSystemType.None)
{
list = await _databaseComponent.Query <T_SystemEvent>(ip, null, "(EventTime >= @0 and EventTime <= @1)", new object[] { start, end, });
}
else if (name.Trim() != "" && systemtype == CustomSystemType.None)
{
list = await _databaseComponent.Query <T_SystemEvent>(ip, null, "((EventTime >= @0 and EventTime <= @1) and Remarks like '%'+ @2+ '%')", new object[] { start, end, name });
}
else if (name.Trim() == "" && systemtype != CustomSystemType.None)
{
list = await _databaseComponent.Query <T_SystemEvent>(ip, null, "((EventTime >= @0 and EventTime <= @1) and Type = @2)", new object[] { start, end, ((int)systemtype) });
}
else
{
list = await _databaseComponent.Query <T_SystemEvent>(ip, null, "((EventTime >= @0 and EventTime <= @1) and Remarks like '%'+ @2+ '%' and Type = @3)", new object[] { start, end, name, ((short)systemtype).ToString() });
}
return(list.Select(p => ClassCopyHelper.AutoCopy <T_SystemEvent, T1_SystemEvent>(p)).ToList());
}
public async Task <List <T1_OperateRecord> > GetOperateRecord(string ip, DateTime start, DateTime end, string name, UserOperateType operateType)
{
List <T_OperateRecord> list = new List <T_OperateRecord>();
if (name.Trim() == "" && operateType == UserOperateType.None)
{
list = await _databaseComponent.Query <T_OperateRecord>(ip, null, "(OperateTime >= @0 and OperateTime <= @1)", new object[] { start, end, });
}
else if (name.Trim() != "" && operateType == UserOperateType.None)
{
list = await _databaseComponent.Query <T_OperateRecord>(ip, null, "((OperateTime >= @0 and OperateTime <= @1) and T_User_Name like '%'+ @2+ '%')", new object[] { start, end, name });
}
else if (name.Trim() == "" && operateType != UserOperateType.None)
{
list = await _databaseComponent.Query <T_OperateRecord>(ip, null, "((OperateTime >= @0 and OperateTime <= @1) and UserOperateType = @2)", new object[] { start, end, ((short)operateType) });
}
else
{
list = await _databaseComponent.Query <T_OperateRecord>(ip, null, "((OperateTime >= @0 and OperateTime <= @1) and T_User_Name like '%'+ @2+ '%' and UserOperateType = @3)", new object[] { start, end, name, ((short)operateType).ToString() });
}
return(list.Select(p => ClassCopyHelper.AutoCopy <T_OperateRecord, T1_OperateRecord>(p)).ToList());
}
public async Task AddData(ItemTreeItemViewModel item, DateTime start, DateTime end)
{
string selectedip = item.ServerIP;
#region 测点
if (item != null)
{
try
{
WaitInfo = "获取数据中";
Status = ViewModelStatus.Querying;
if (item.T_Item.ItemType == (int)ChannelType.WirelessVibrationChannelInfo)
{
var result = await _databaseComponent.GetHistoryData <D_WirelessVibrationSlot>(selectedip, item.T_Item.Guid, new string[] { "ACQDatetime", "Result", "Unit", "AlarmGrade", "IsValidWave", "RecordLab", "RPM" }, start, end, null, null);
result = result.Where(p => p.IsValidWave == true).ToList();
if (result == null || result.Count == 0)
{
return;
}
BaseDivfreChannelToken channeltoken = new BaseDivfreChannelToken()
{
DisplayName = item.BaseAlarmSignal.DeviceItemName,
IP = selectedip,
Guid = item.T_Item.Guid,
DataContracts = result.Select(p => ClassCopyHelper.AutoCopy <D_WirelessVibrationSlot, D1_WirelessVibrationSlot>(p) as IBaseAlarmSlot).ToList(),
};
foreach (var color in DefaultColors.SeriesForBlackBackgroundWpf)
{
if (!ColorList.Contains(color))
{
ColorList.Add(color);
channeltoken.SolidColorBrush = new SolidColorBrush(color);
break;
}
}
amsReplayVM.AddChannel(channeltoken);
timeDomainVM.AddChannel(channeltoken);
frequencyDomainVM.AddChannel(channeltoken);
powerSpectrumVM.AddChannel(channeltoken);
powerSpectrumDensityVM.AddChannel(channeltoken);
alarmPointTrendVM.AddChannel(channeltoken);
orthoDataVM.AddChannel(channeltoken);
offDesignConditionVM.AddChannel(channeltoken);
}
else if (item.T_Item.ItemType == (int)ChannelType.WirelessScalarChannelInfo)
{
var result = await _databaseComponent.GetHistoryData <D_WirelessScalarSlot>(selectedip, item.T_Item.Guid, new string[] { "ACQDatetime", "Result", "Unit", "AlarmGrade" }, start, end, null, null);
if (result == null || result.Count == 0)
{
return;
}
BaseAlarmChannelToken channeltoken = new BaseAlarmChannelToken()
{
DisplayName = item.BaseAlarmSignal.DeviceItemName,
IP = selectedip,
Guid = item.T_Item.Guid,
DataContracts = result.Select(p => ClassCopyHelper.AutoCopy <D_WirelessScalarSlot, D1_WirelessScalarSlot>(p) as IBaseAlarmSlot).ToList(),
};
foreach (var color in DefaultColors.SeriesForBlackBackgroundWpf)
{
if (!ColorList.Contains(color))
{
ColorList.Add(color);
channeltoken.SolidColorBrush = new SolidColorBrush(color);
break;
}
}
amsReplayVM.AddChannel(channeltoken);
timeDomainVM.IsVisible = false;
frequencyDomainVM.IsVisible = false;
}
}
catch (Exception ex)
{
_eventAggregator.GetEvent <ThrowExceptionEvent>().Publish(Tuple.Create <string, Exception>("数据回放-测点查询", ex));
}
finally
{
Status = ViewModelStatus.None;
}
}
#endregion
}
//统一返回基础类型
public async Task <List <IBaseAlarmSlot> > GetUniformHistoryData(int itemType, string ip, Guid guid, string[] columns, DateTime startTime, DateTime endTime, string condition, object[] args)
{
return(await Task.Run(() =>
{
var client = new DataProvider(ip, LocalSetting.ServerPort, LocalSetting.MajorVersion, LocalSetting.MinorVersion);
string errorMessage = null;
switch (itemType)
{
case (int)ChannelType.IEPEChannelInfo:
{
var historyResult = client.QueryHistorySampleData <D_IEPESlot>(new Guid[] { guid }, columns, startTime, endTime, condition, args);
//先判断是不是OK
if (historyResult.IsOK)
{
return historyResult.ResponseItem.OrderBy(p => p.ACQDatetime).Select(p => ClassCopyHelper.AutoCopy <D_IEPESlot, D1_IEPESlot>(p) as IBaseAlarmSlot).ToList();
}
else
{
errorMessage = historyResult.ErrorMessage;
}
break;
}
case (int)ChannelType.EddyCurrentDisplacementChannelInfo:
{
var historyResult = client.QueryHistorySampleData <D_EddyCurrentDisplacementSlot>(new Guid[] { guid }, columns, startTime, endTime, condition, args);
//先判断是不是OK
if (historyResult.IsOK)
{
return historyResult.ResponseItem.OrderBy(p => p.ACQDatetime).Select(p => ClassCopyHelper.AutoCopy <D_EddyCurrentDisplacementSlot, D1_EddyCurrentDisplacementSlot>(p) as IBaseAlarmSlot).ToList();
}
else
{
errorMessage = historyResult.ErrorMessage;
}
break;
}
case (int)ChannelType.EddyCurrentKeyPhaseChannelInfo:
{
var historyResult = client.QueryHistorySampleData <D_EddyCurrentKeyPhaseSlot>(new Guid[] { guid }, columns, startTime, endTime, condition, args);
//先判断是不是OK
if (historyResult.IsOK)
{
return historyResult.ResponseItem.OrderBy(p => p.ACQDatetime).Select(p => ClassCopyHelper.AutoCopy <D_EddyCurrentKeyPhaseSlot, D1_EddyCurrentKeyPhaseSlot>(p) as IBaseAlarmSlot).ToList();
}
break;
}
case (int)ChannelType.DigitTachometerChannelInfo:
{
var historyResult = client.QueryHistorySampleData <D_DigitTachometerSlot>(new Guid[] { guid }, columns, startTime, endTime, condition, args);
//先判断是不是OK
if (historyResult.IsOK)
{
return historyResult.ResponseItem.OrderBy(p => p.ACQDatetime).Select(p => ClassCopyHelper.AutoCopy <D_DigitTachometerSlot, D1_DigitTachometerSlot>(p) as IBaseAlarmSlot).ToList();
}
break;
}
case (int)ChannelType.AnalogRransducerInChannelInfo:
{
var historyResult = client.QueryHistorySampleData <D_AnalogRransducerInSlot>(new Guid[] { guid }, columns, startTime, endTime, condition, args);
//先判断是不是OK
if (historyResult.IsOK)
{
return historyResult.ResponseItem.OrderBy(p => p.ACQDatetime).Select(p => ClassCopyHelper.AutoCopy <D_AnalogRransducerInSlot, D1_AnalogRransducerInSlot>(p) as IBaseAlarmSlot).ToList();
}
break;
}
case (int)ChannelType.RelayChannelInfo:
{
var historyResult = client.QueryHistorySampleData <D_RelaySlot>(new Guid[] { guid }, columns, startTime, endTime, condition, args);
//先判断是不是OK
if (historyResult.IsOK)
{
return historyResult.ResponseItem.OrderBy(p => p.ACQDatetime).Select(p => ClassCopyHelper.AutoCopy <D_RelaySlot, D1_RelaySlot>(p) as IBaseAlarmSlot).ToList();
}
break;
}
case (int)ChannelType.DigitRransducerInChannelInfo:
{
var historyResult = client.QueryHistorySampleData <D_DigitRransducerInSlot>(new Guid[] { guid }, columns, startTime, endTime, condition, args);
//先判断是不是OK
if (historyResult.IsOK)
{
return historyResult.ResponseItem.OrderBy(p => p.ACQDatetime).Select(p => ClassCopyHelper.AutoCopy <D_DigitRransducerInSlot, D1_DigitRransducerInSlot>(p) as IBaseAlarmSlot).ToList();
}
break;
}
case (int)ChannelType.DigitRransducerOutChannelInfo:
{
var historyResult = client.QueryHistorySampleData <D_DigitRransducerOutSlot>(new Guid[] { guid }, columns, startTime, endTime, condition, args);
//先判断是不是OK
if (historyResult.IsOK)
{
return historyResult.ResponseItem.OrderBy(p => p.ACQDatetime).Select(p => ClassCopyHelper.AutoCopy <D_DigitRransducerOutSlot, D1_DigitRransducerOutSlot>(p) as IBaseAlarmSlot).ToList();
}
break;
}
case (int)ChannelType.AnalogRransducerOutChannelInfo:
{
var historyResult = client.QueryHistorySampleData <D_AnalogRransducerOutSlot>(new Guid[] { guid }, columns, startTime, endTime, condition, args);
//先判断是不是OK
if (historyResult.IsOK)
{
return historyResult.ResponseItem.OrderBy(p => p.ACQDatetime).Select(p => ClassCopyHelper.AutoCopy <D_AnalogRransducerOutSlot, D1_AnalogRransducerOutSlot>(p) as IBaseAlarmSlot).ToList();
}
break;
}
case (int)ChannelType.WirelessVibrationChannelInfo:
{
var historyResult = client.QueryHistorySampleData <D_WirelessVibrationSlot>(new Guid[] { guid }, columns, startTime, endTime, condition, args);
//先判断是不是OK
if (historyResult.IsOK)
{
return historyResult.ResponseItem.OrderBy(p => p.ACQDatetime).Select(p => ClassCopyHelper.AutoCopy <D_WirelessVibrationSlot, D1_WirelessVibrationSlot>(p) as IBaseAlarmSlot).ToList();
}
break;
}
case (int)ChannelType.WirelessScalarChannelInfo:
{
var historyResult = client.QueryHistorySampleData <D_WirelessScalarSlot>(new Guid[] { guid }, columns, startTime, endTime, condition, args);
//先判断是不是OK
if (historyResult.IsOK)
{
return historyResult.ResponseItem.OrderBy(p => p.ACQDatetime).Select(p => ClassCopyHelper.AutoCopy <D_WirelessScalarSlot, D1_WirelessScalarSlot>(p) as IBaseAlarmSlot).ToList();
}
break;
}
default: return null;
}
if (errorMessage != null)
{
EventAggregatorService.Instance.EventAggregator.GetEvent <ThrowExceptionEvent>().Publish(Tuple.Create <string, Exception>("数据库操作", new Exception(errorMessage)));
}
return null;
}));
}
private async Task AMSTrackChanged(IEnumerable <BaseWaveChannelToken> tokens)
{
try
{
if (tokens == null)
{
return;
}
var unValidTokens = tokens.Where(o => o.CurrentIndex == -1);
foreach (var token in unValidTokens)
{
token.VData = null;
}
var validTokens = tokens.Where(o => o.CurrentIndex != -1).ToArray();
if (validTokens.Length == 0)
{
return;
}
//var globalIndexes = validTokens.Select(o => o.DataContracts[o.CurrentIndex].ChannelGlobalIndex).ToArray();
//var ids = validTokens.Select(o => o.DataContracts[o.CurrentIndex].id).ToArray();
//var date = validTokens.Select(o => o.DataContracts[o.CurrentIndex].ACQDatetime).First();
List <IWaveformData> result = new List <IWaveformData>();
foreach (var token in validTokens)
{
if (token is BaseDivfreChannelToken)
{
var divtoken = token as BaseDivfreChannelToken;
List <D_WirelessVibrationSlot_Waveform> data = null;
if (divtoken.CurrentIndex != -1 && (divtoken.DataContracts[divtoken.CurrentIndex] as IBaseDivfreSlot).IsValidWave.Value == true)//修正拖动太快，CurrentIndex一直在变
{
data = await _databaseComponent.GetHistoryData <D_WirelessVibrationSlot_Waveform>(divtoken.IP, divtoken.Guid, new string[] { "WaveData", "SampleFre", "SamplePoint", "WaveUnit" }, divtoken.DataContracts[divtoken.CurrentIndex].ACQDatetime.AddSeconds(-1), divtoken.DataContracts[divtoken.CurrentIndex].ACQDatetime.AddSeconds(20), "(RecordLab = @0)", new object[] { divtoken.DataContracts[divtoken.CurrentIndex].RecordLab });
}
else
{
token.VData = null;
}
if (data != null && data.Count > 0)
{
result.Add(ClassCopyHelper.AutoCopy <D_WirelessVibrationSlot_Waveform, WirelessVibrationSlotData_Waveform>(data[0]));
}
else
{
token.VData = null;
}
}
}
await Task.Run(() => Parallel.For(0, result.Count, i =>
{
VibrationData vdata = new VibrationData();
vdata.Waveform = Algorithm.ByteToSingle(result[i].WaveData);
vdata.SampleFre = result[i].SampleFre ?? 0;
vdata.SamplePoint = result[i].SamplePoint ?? 0;
vdata.Unit = result[i].WaveUnit;
var paras = Algorithm.CalculatePara(vdata.Waveform);
if (paras != null)
{
vdata.RMSValue = paras[0];
vdata.PeakValue = paras[1];
vdata.PeakPeakValue = paras[2];
vdata.Slope = paras[3];
vdata.Kurtosis = paras[4];
vdata.KurtosisValue = paras[5];
vdata.WaveIndex = paras[6];
vdata.PeakIndex = paras[7];
vdata.ImpulsionIndex = paras[8];
vdata.RootAmplitude = paras[9];
vdata.ToleranceIndex = paras[10];
}
double sampleFre = vdata.SampleFre;
if (vdata.Trigger == TriggerType.Angle)
{
if (vdata.RPM > 0 && vdata.TeethNumber > 0)
{
sampleFre = vdata.RPM *vdata.TeethNumber / 60;
}
}
int length = (int)(vdata.SamplePoint / 2.56) + 1;
if (vdata.Frequency == null || vdata.Frequency.Length != length)
{
vdata.Frequency = new double[length];
}
double frequencyInterval = sampleFre / vdata.SamplePoint;
for (int j = 0; j < length; j++)
{
vdata.Frequency[j] = frequencyInterval *j;
}
var output = Algorithm.Instance.FFT2AndPhaseAction(vdata.Waveform, vdata.SamplePoint);
if (output != null)
{
vdata.Amplitude = output[0].Take(length).ToArray();
vdata.Phase = output[1].Take(length).ToArray();
}
validTokens[i].VData = vdata;
}));
timeDomainVM.ChangeChannelData(tokens);
frequencyDomainVM.ChangeChannelData(tokens);
}
catch (Exception ex)
{
_eventAggregator.GetEvent <ThrowExceptionEvent>().Publish(Tuple.Create <string, Exception>("数据回放-TrackChanged", ex));
}
}