void RgtWarning(int d, int p)
{
RGTPOSManager RGTPOSMgr = new RGTPOSManager();
AssayRunParaService AssayRunParaSer = new AssayRunParaService();
RunService RunSer = new RunService();
TroubleLogService TroubleLogSer = new TroubleLogService();
int rgtwarncount = RunSer.GetRgtWarnCount();
int rgtleastcount = RunSer.GetRgtLeastCount();
RGTPosition rgp = RGTPOSMgr.Get(1, p.ToString());
if (rgp != null)
{
AssayRunPara arp = AssayRunParaSer.Get(rgp.Assay) as AssayRunPara;
int c = 0;
int v = rgp.CType.Volume * rgp.ValidPercent / 100 * 1000;
switch (rgp.AssayPara)
{
case "R1":
c = arp.R1Vol == 0 ? 0 : v / arp.R1Vol;
if (c < rgtleastcount)
{
if (RunSer.IsMutiRgtEnable() == true) //多试剂位开关标志
{
RGTPosition mrgt = RGTPOSMgr.GetEnableMutiRgtPosition(rgp);
if (mrgt != null)
{
RGTPOSMgr.BetweenMutiRgtPositionAndRgtPositionChange(mrgt, rgp);
TroubleLog trouble = new TroubleLog();
trouble.TroubleCode = @"0000773";
trouble.TroubleType = TROUBLETYPE.WARN;
trouble.TroubleUnit = @"试剂";
trouble.TroubleInfo = string.Format("试剂位{0}项目{1}试剂1由于余量不足开始启用其多试剂位{2}. ", p, rgp.Assay, mrgt.Position);
TroubleLogSer.Save(trouble);
}
else
{
if (RunSer.IsLockRgtEnable() == true)
{
rgp.IsLocked = true;
RGTPOSMgr.UpdateLockState(rgp);
TroubleLog trouble = new TroubleLog();
trouble.TroubleCode = @"0000773";
trouble.TroubleType = TROUBLETYPE.WARN;
trouble.TroubleUnit = @"试剂";
trouble.TroubleInfo = string.Format("试剂位{0}项目{1}试剂1由于余量不足将锁定其对应的工作表. ", p, rgp.Assay);
TroubleLogSer.Save(trouble);
}
else
{
TroubleLog trouble = new TroubleLog();
trouble.TroubleCode = @"0000773";
trouble.TroubleType = TROUBLETYPE.ERR;
trouble.TroubleUnit = @"试剂";
trouble.TroubleInfo = string.Format("试剂位{0}项目{1}试剂1由于余量不足. ", p, rgp.Assay);
TroubleLogSer.Save(trouble);
}
}
}
else
{
if (RunSer.IsLockRgtEnable() == true)
{
rgp.IsLocked = true;
RGTPOSMgr.UpdateLockState(rgp);
TroubleLog trouble = new TroubleLog();
trouble.TroubleCode = @"0000773";
trouble.TroubleType = TROUBLETYPE.WARN;
trouble.TroubleUnit = @"试剂";
trouble.TroubleInfo = string.Format("试剂位{0}项目{1}试剂1由于余量不足将锁定其对应的工作表. ", p, rgp.Assay);
TroubleLogSer.Save(trouble);
}
else
{
TroubleLog trouble = new TroubleLog();
trouble.TroubleCode = @"0000773";
trouble.TroubleType = TROUBLETYPE.ERR;
trouble.TroubleUnit = @"试剂";
trouble.TroubleInfo = string.Format("试剂位{0}项目{1}试剂1由于余量不足. ", p, rgp.Assay);
TroubleLogSer.Save(trouble);
}
}
}
if (c < rgtwarncount && c > rgtleastcount)
{
TroubleLog trouble = new TroubleLog();
trouble.TroubleCode = @"0000773";
trouble.TroubleType = TROUBLETYPE.WARN;
trouble.TroubleUnit = @"设备";
trouble.TroubleInfo = string.Format("试剂位{0}项目{1}:试剂1余量即将耗尽. ", p, rgp.Assay);
TroubleLogSer.Save(trouble);
return;
}
break;
case "R2":
c = arp.R2Vol == 0 ? 0 : v / arp.R2Vol;
if (c < rgtleastcount)
{
if (RunSer.IsMutiRgtEnable() == true) //多试剂位开关标志
{
RGTPosition mrgt = RGTPOSMgr.GetEnableMutiRgtPosition(rgp);
if (mrgt != null)
{
RGTPOSMgr.BetweenMutiRgtPositionAndRgtPositionChange(mrgt, rgp);
TroubleLog trouble = new TroubleLog();
trouble.TroubleCode = @"0000773";
trouble.TroubleType = TROUBLETYPE.WARN;
trouble.TroubleUnit = @"试剂";
trouble.TroubleInfo = string.Format("试剂位{0}项目{1}试剂2由于余量不足开始启用其多试剂位{2}. ", p, rgp.Assay, mrgt.Position);
TroubleLogSer.Save(trouble);
}
else
{
if (RunSer.IsLockRgtEnable() == true)
{
rgp.IsLocked = true;
RGTPOSMgr.UpdateLockState(rgp);
TroubleLog trouble = new TroubleLog();
trouble.TroubleCode = @"0000773";
trouble.TroubleType = TROUBLETYPE.WARN;
trouble.TroubleUnit = @"试剂";
trouble.TroubleInfo = string.Format("试剂位{0}项目{1}试剂2由于余量不足将锁定其对应的工作表. ", p, rgp.Assay);
TroubleLogSer.Save(trouble);
}
else
{
TroubleLog trouble = new TroubleLog();
trouble.TroubleCode = @"0000773";
trouble.TroubleType = TROUBLETYPE.ERR;
trouble.TroubleUnit = @"试剂";
trouble.TroubleInfo = string.Format("试剂位{0}项目{1}试剂2余量不足. ", p, rgp.Assay);
TroubleLogSer.Save(trouble);
}
}
}
else
{
if (RunSer.IsLockRgtEnable() == true)
{
rgp.IsLocked = true;
RGTPOSMgr.UpdateLockState(rgp);
TroubleLog trouble = new TroubleLog();
trouble.TroubleCode = @"0000773";
trouble.TroubleType = TROUBLETYPE.WARN;
trouble.TroubleUnit = @"试剂";
trouble.TroubleInfo = string.Format("试剂位{0}项目{1}试剂2余量不足将锁定其对应的工作表. ", p, rgp.Assay);
TroubleLogSer.Save(trouble);
}
else
{
TroubleLog trouble = new TroubleLog();
trouble.TroubleCode = @"0000773";
trouble.TroubleType = TROUBLETYPE.ERR;
trouble.TroubleUnit = @"试剂";
trouble.TroubleInfo = string.Format("试剂位{0}项目{1}试剂2余量不足. ", p, rgp.Assay);
TroubleLogSer.Save(trouble);
}
}
}
if (c < rgtwarncount && c > rgtleastcount)
{
TroubleLog trouble = new TroubleLog();
trouble.TroubleCode = @"0000775";
trouble.TroubleType = TROUBLETYPE.WARN;
trouble.TroubleUnit = @"设备";
trouble.TroubleInfo = string.Format("试剂位{0}项目{1}:试剂2余量即将耗尽. ", p, rgp.Assay);
TroubleLogSer.Save(trouble);
return;
}
break;
}
}
}
void DoSaveAssayRunPara(ReagentItem ReagentItem)
{
//加载测试参数
AssayRunPara a = new AssayRunPara();
a.Name = ReagentItem.ItemName;
a.FullName = ReagentItem.LongName;
//分析方法
a.AnalyzeMethod = ReagentItem.AnalyzeMethod;
//第一测试点S
a.FirstPointS = ReagentItem.FirstPointS;
//第一测试点E
a.FirstPointE = ReagentItem.FirstPointE;
//第二测试点S
a.SecondPointS = ReagentItem.SecondPointS;
//第二测试点E
a.SecondPointE = ReagentItem.SecondPointE;
//主波长
a.MainWaveLength = ReagentItem.MainWaveLength;
//次波长
a.SubWaveLength = ReagentItem.SubWaveLength;
//测试次数
a.DoCount = ReagentItem.DoCount;
//质控间隔
a.QCSpace = ReagentItem.QCSpace;
//定标次数
a.SDTCount = ReagentItem.SDTCount;
//试剂1体积
a.R1Vol = ReagentItem.R1Vol;
//试剂2体积
a.R2Vol = ReagentItem.R2Vol;
//样本反应体积
a.SerumIncreaseVol.VolPre = ReagentItem.IncreaseVol;
a.SerumIncreaseVol.VolAft = 0;
a.SerumIncreaseVol.VolDil = 0;
a.SerumNormalVol.VolPre = ReagentItem.NormalVol;
a.SerumNormalVol.VolAft = 0;
a.SerumNormalVol.VolDil = 0;
a.SerumDecreaseVol.VolPre = ReagentItem.DecreaseVol;
a.SerumDecreaseVol.VolAft = 0;
a.SerumDecreaseVol.VolDil = 0;
a.UrineIncreaseVol.VolPre = ReagentItem.IncreaseVol;
a.UrineIncreaseVol.VolAft = 0;
a.UrineIncreaseVol.VolDil = 0;
a.UrineNormalVol.VolPre = ReagentItem.NormalVol;
a.UrineNormalVol.VolAft = 0;
a.UrineNormalVol.VolDil = 0;
a.UrineDecreaseVol.VolPre = ReagentItem.DecreaseVol;
a.UrineDecreaseVol.VolAft = 0;
a.UrineDecreaseVol.VolDil = 0;
a.SDTVol.VolPre = ReagentItem.SDTVol;
a.SDTVol.VolAft = 0;
a.SDTVol.VolDil = 0;
//反应方向
a.ReacteDirect = ReagentItem.ReacteDirect;
//搅拌强度
a.Stiring1Force = ReagentItem.Stiring1Force;
a.Stiring2Force = ReagentItem.Stiring2Force;
//显示顺序
int m = new RGTPOSManager().GetReagentMode();
AssayRunPara a1 = new AssayRunParaService().Get(ReagentItem.ItemName) as AssayRunPara;
if (a1 != null && a1.DisplaySQ <= 0)
{
new AssayRunParaService().Delete(a1.DisplaySQ);
}
a1 = new AssayRunParaService().Get(ReagentItem.ItemName) as AssayRunPara;
if (a1 == null)
{
for (int i = 1; i <= 120; i++)
{
AssayRunPara e = new AssayRunParaService().Get(i) as AssayRunPara;
if (e == null)
{
if (m == 3)
{
List <int> itemnumbers = new RGTPOSManager().GetReagentNumbers();
bool isflag = false;
foreach (int ie in itemnumbers)
{
if (ie == i)
{
isflag = true;
}
}
if (isflag == true)
{
continue;
}
else
{
a.DisplaySQ = i;
break;
}
}
if (m == 2)
{
a.DisplaySQ = i;
break;
}
}
}
}
else
{
a.DisplaySQ = a1.DisplaySQ;
}
new AssayRunParaService().Delete(ReagentItem.ItemName);
new AssayRunParaService().Delete(a.DisplaySQ);
new AssayRunParaService().Save(a);
}