/// <summary>
/// 修改校准任务结果的吸光度
/// </summary>
/// <param name="calibResInfo"></param>
public void UpdateSDTResult(CalibrationResultinfo calibResInfo)
{
try
{
ism_SqlMap.Update("Calibrator.UpdateSDTResult", calibResInfo);
Hashtable ht = new Hashtable();
ht.Add("SampleType", calibResInfo.SampleType);
ht.Add("ProjectName", calibResInfo.ProjectName);
ht.Add("CalibDate", DateTime.Now.ToString());
ht.Add("DrawDate", calibResInfo.CalibrationDT);
ht.Add("CalibMethod", calibResInfo.CalibMethod);
int count = (int)ism_SqlMap.QueryForObject("Calibrator.QueryCalibCurveByProject", ht);
if (count == 0)
{
ism_SqlMap.Insert("Calibrator.AddCalibCurveByProject", ht);
}
else
{
ism_SqlMap.Update("Calibrator.UpdateCalibCurveByProject", ht);
}
}
catch (Exception e)
{
LogInfo.WriteErrorLog("UpdateSDTResult(CalibrationResultinfo calibResInfo)==" + e.ToString(), Module.Calibration);
}
}
/// <summary>
/// 修改校准曲线,拟合表
/// </summary>
/// <param name="r"></param>
public void OnSDTCalibrateCurve(CalibrationResultinfo r)
{
if (IsResultRight(r.Remarks) == true)
{
myBatis.UpdateCalibratingCurve(r);
myBatis.UpdateSDTResult(r);
}
SDTTableItem SDTTableItem_Calibrating = myBatis.QuerySDTTableItemByCalibrating(r.ProjectName, r.SampleType, r.CalibrationDT, r.CalibMethod);
if (SDTTableItem_Calibrating != null)
{
bool sb = myBatis.IsHasSDTSchedule(r);
//为true，任务失败
if (sb == false)
{
if (IsSdtCurveRight(SDTTableItem_Calibrating) == true)
{
myBatis.SetSDTTabelSuccessfulState(r.ProjectName, r.SampleType);
myBatis.SetSDTUsingFlag(SDTTableItem_Calibrating);
}
else
{
myBatis.SetSDTTabelFailedState(r.ProjectName, r.SampleType);
}
}
}
}
/// <summary>
/// 根据项目信息查询校准任务对应的任务状态是否已完成
/// </summary>
/// <param name="calibResInfo"></param>
/// <returns></returns>
public bool IsHasSDTSchedule(CalibrationResultinfo calibResInfo)
{
bool bExist = false;
try
{
Hashtable ht = new Hashtable();
ht.Add("SampleNum", calibResInfo.SampleNum);
ht.Add("ProjectName", calibResInfo.ProjectName);
ht.Add("SampleType", calibResInfo.SampleType);
ht.Add("CalibratorName", calibResInfo.CalibratorName);
ht.Add("DrawDate", calibResInfo.CalibrationDT);
int succes = (int)ism_SqlMap.QueryForObject("Calibrator.QueryCalibTaskCountByProject", ht);
if (succes != TaskState.SUCC)
{
bExist = true;
}
}
catch (Exception e)
{
LogInfo.WriteErrorLog("IsHasSDTSchedule(CalibrationResultinfo calibResInfo)==" + e.ToString(), Module.Calibration);
}
return(bExist);
}
public void RunningErrors(int wn, string er)
{
RealTimeCUVDataInfo rt = myBatis.GetRealTimeCUVDataByWorkNo(wn);
if (rt == null)
{
return;
}
switch (rt.WorkType)
{
case WORKTYPE.N:
case WORKTYPE.E:
SampleResultInfo samResInfo = myBatis.GetNORResult(rt);
samResInfo.Remarks += "|" + er + "|";
myBatis.UpdateNORResultRunLog(samResInfo);
break;
case WORKTYPE.B:
case WORKTYPE.S:
CalibrationResultinfo calibResInfo = myBatis.QueryCalibResultInfoByTCNO(rt);
calibResInfo.Remarks += "|" + er + "|";
myBatis.UpdateCalibResultRunLog(calibResInfo);
break;
case WORKTYPE.C:
QualityControlResultInfo qcResInfo = myBatis.GetQCResult(rt);
qcResInfo.Remarks += "|" + er + "|";
myBatis.UpdateQCResultRunLog(qcResInfo);
break;
}
}
public void CalibrationAdd(CalibrationResultinfo calibrationResultinfo)
{
results.Clear();
txtCheckPro.Text = calibrationResultinfo.ProjectName;
txtSampleType.Text = calibrationResultinfo.SampleType;
txtReagentName.Text = calibrationResultinfo.CalibratorName;
deStartTime.Text = DateTime.Now.AddMonths(-1).ToShortDateString();
deEndTime.Text = DateTime.Now.ToShortDateString();
}
public bool CheckResultsHasRihgt(CalibrationResultinfo results)
{
bool hasrightflag = false;
if (IsResultRight(results.Remarks) == true)
{
hasrightflag = true;
}
return(hasrightflag);
}
public bool GetResultBeExistFromRealTimeWorkNum(int workNo, out RealTimeCUVDataInfo rt)
{
bool bExist = false;
rt = myBatis.GetRealTimeCUVDataByWorkNo(workNo);
if (rt == null)
{
return(bExist);
}
switch (rt.WorkType)
{
case WORKTYPE.N:
case WORKTYPE.E:
SampleResultInfo samResInfo = myBatis.GetNORResult(rt);
if (samResInfo == null)
{
bExist = false;
}
else
{
bExist = true;
}
break;
case WORKTYPE.B:
case WORKTYPE.S:
CalibrationResultinfo calibResInfo = myBatis.QueryCalibResultInfoByTCNO(rt);
if (calibResInfo == null)
{
bExist = false;
}
else
{
bExist = true;
}
break;
case WORKTYPE.C:
QualityControlResultInfo qcResInfo = myBatis.GetQCResult(rt);
if (qcResInfo == null)
{
bExist = false;
}
else
{
bExist = true;
}
break;
}
return(bExist);
}
/// <summary>
/// 获取校准吸光度
/// </summary>
/// <param name="calibResultInfo"></param>
/// <returns></returns>
public float GetResultAbsValue(CalibrationResultinfo calibResultInfo)
{
float abs = 0;
AssayProjectParamInfo para = myBatis.GetAssayProjectParamInfoByNameAndType("GetAssayProjectParamInfoByNameAndType", new AssayProjectInfo()
{
ProjectName = calibResultInfo.ProjectName, SampleType = calibResultInfo.SampleType
});
TimeCourseInfo tc = myBatis.GetTimeCourse(calibResultInfo.TCNO, calibResultInfo.CalibrationDT);
string dilutionType = "定标体积";
//SampleInfo s = myBatis.GetSample(samResultInfo.SampleNum, samResultInfo.SampleCreateTime);
// string SMPVOLTypeStr = null;
//if (s != null)
//{
// SMPType smptype = new SMPTypeService().Get(s.SampleType) as SMPType;
// if (smptype != null)
// {
// SMPVOLTypeStr = smptype.SMPVOLType;
// }
// else
// {
// SMPVOLTypeStr = "S";
// }
//}
if (para != null)
{
switch (para.AnalysisMethod)
{
case "一点终点法":
abs = ABSProcess.OnePoint(tc, para, dilutionType);
break;
case "二点终点法":
abs = ABSProcess.TwoPoint(tc, para, dilutionType);
break;
case "速率A法":
abs = ABSProcess.RateA(tc, para, dilutionType);
break;
case "速率B法":
abs = ABSProcess.RateB(tc, para, dilutionType);
break;
}
}
return(abs);
}
/// <summary>
/// 显示校准信息对应的反应进程数据
/// </summary>
/// <param name="calibrationResultInfoAndTimeCUVNO"></param>
public void calibrationResultInfoAndTimeCUVNOAdd(List <CalibrationResultinfo> calibrationResultInfoAndTimeCUVNO)
{
List <CalibrationResultinfo> lstCalibReuslt = new List <CalibrationResultinfo>();
CalibrationResultinfo c = null;
List <string> lstCalibrationName = new List <string>();
if (calibrationResultInfoAndTimeCUVNO.Count > 0)
{
foreach (CalibrationResultinfo calibrationResultInfo in calibrationResultInfoAndTimeCUVNO)
{
lstCalibrationResultInfo.Add(calibrationResultInfo);
lstCalibrationName.Add(calibrationResultInfo.CalibratorName);
if (c == null || c.CalibrationDT == null || c.CalibrationDT != calibrationResultInfo.CalibrationDT)
{
c = new CalibrationResultinfo();
textEditProName.Text = c.ProjectName = calibrationResultInfo.ProjectName;
textEditSamType.Text = c.SampleType = calibrationResultInfo.SampleType;
c.CalibMethod = calibrationResultInfo.CalibMethod;
c.CalibrationDT = calibrationResultInfo.CalibrationDT;
lstCalibReuslt.Add(c);
}
}
comBoxEditCalibName.Properties.Items.AddRange(lstCalibrationName.Distinct().ToList());
if (lstCalibReuslt.Count > 1)
{
int i;
for (i = 0; i < lstCalibReuslt.Count; i++)
{
comboBoxCalibTime.Properties.Items.Add(lstCalibReuslt[i].CalibrationDT);
}
comboBoxCalibTime.Text = lstCalibReuslt[i - 1].CalibrationDT.ToString();
}
else
{
comboBoxCalibTime.Properties.Items.Add(lstCalibReuslt[0].CalibrationDT);
comboBoxCalibTime.Text = lstCalibReuslt[0].CalibrationDT.ToString();
}
if (comBoxEditCalibName.SelectedIndex == -1)
{
comBoxEditCalibName.SelectedIndex = 0;
}
else
{
comBoxEditCalibName_SelectedIndexChanged(null, null);
}
}
}
public void UpdateCalibResultRunLog(CalibrationResultinfo calibResInfo)
{
try
{
Hashtable ht = new Hashtable();
ht.Add("SampleNum", calibResInfo.SampleNum);
ht.Add("ProjectName", calibResInfo.ProjectName);
ht.Add("TCNO", calibResInfo.TCNO);
ht.Add("Remarks", calibResInfo.Remarks);
ht.Add("CalibrationDT", calibResInfo.CalibrationDT);
ism_SqlMap.Update("Calibrator.UpdateCalibResultRunLog", ht);
}
catch (Exception e)
{
LogInfo.WriteErrorLog("UpdateCalibResultRunLog(CalibrationResultinfo calibResInfo)==" + e.ToString(), Module.Calibration);
}
}
public CalibrationResultinfo QueryCalibResultInfoByTCNO(RealTimeCUVDataInfo realTimeDataInfo)
{
CalibrationResultinfo calibResInfo = new CalibrationResultinfo();
try
{
Hashtable ht = new Hashtable();
ht.Add("TCNO", realTimeDataInfo.TC);
ht.Add("BeginTime", DateTime.Now.Date);
ht.Add("EndTime", DateTime.Now.AddDays(1).Date);
calibResInfo = ism_SqlMap.QueryForObject("Calibrator.QueryCalibResultInfoByTCNO", ht) as CalibrationResultinfo;
}
catch (Exception e)
{
LogInfo.WriteErrorLog("QueryCalibResultInfoByTCNO(RealTimeCUVDataInfo realTimeDataInfo)==" + e.ToString(), Module.Calibration);
}
return(calibResInfo);
}
public CalibrationResultinfo GetSDTResultByProject(string projectName, string sampleType, DateTime drawDate, string calibName)
{
CalibrationResultinfo calibResInfo = new CalibrationResultinfo();
try
{
Hashtable ht = new Hashtable();
ht.Add("ProjectName", projectName);
ht.Add("SampleType", sampleType);
ht.Add("CreateDate", drawDate);
ht.Add("CalibName", calibName);
calibResInfo = ism_SqlMap.QueryForObject("Calibrator.GetSDTResultByProject", ht) as CalibrationResultinfo;
}
catch (Exception e)
{
LogInfo.WriteErrorLog("IsHasSDTSchedule(CalibrationResultinfo calibResInfo)==" + e.ToString(), Module.Calibration);
}
return(calibResInfo);
}
/// <summary>
/// 反应进程点击事件
/// </summary>
/// <param name="sender"></param>
/// <param name="e"></param>
private void btnReactionProcess_Click(object sender, EventArgs e)
{
if (gridView1.SelectedRowsCount > 0)
{
if (reactionProcessCB == null)
{
reactionProcessCB = new ReactionProcessCB();
reactionProcessCB.CalibrationTimeCoursetEvent += calibrationCurve_CalibrationEvent;
reactionProcessCB.StartPosition = FormStartPosition.CenterScreen;
}
CalibrationResultinfo calibrationResultinfo = new CalibrationResultinfo();
int selectedHandle = this.gridView1.GetSelectedRows()[0];
calibrationResultinfo.CalibMethod = this.gridView1.GetRowCellValue(selectedHandle, "检测方法").ToString();
calibrationResultinfo.ProjectName = this.gridView1.GetRowCellValue(selectedHandle, "检测项目").ToString();
calibrationResultinfo.SampleType = this.gridView1.GetRowCellValue(selectedHandle, "样本类型").ToString();
reactionProcessCB.calibrationResult = calibrationResultinfo;
reactionProcessCB.ReactionProcessCB_Load(null, null);
reactionProcessCB.ShowDialog();
}
}
/// <summary>
/// 校准追溯点击事件
/// </summary>
/// <param name="sender"></param>
/// <param name="e"></param>
private void btnCalibTrace_Click(object sender, EventArgs e)
{
if (gridView1.SelectedRowsCount > 0)
{
if (calibrationTrace == null)
{
calibrationTrace = new CalibrationTrace();
calibrationTrace.StartPosition = FormStartPosition.CenterScreen;
}
CalibrationResultinfo calibrationResultinfo = new CalibrationResultinfo();
int selectedHandle = this.gridView1.GetSelectedRows()[0];
calibrationResultinfo.CalibMethod = this.gridView1.GetRowCellValue(selectedHandle, "检测方法").ToString();
calibrationResultinfo.ProjectName = this.gridView1.GetRowCellValue(selectedHandle, "检测项目").ToString();
calibrationResultinfo.SampleType = this.gridView1.GetRowCellValue(selectedHandle, "样本类型").ToString();
calibStateDictionary.Clear();
calibStateDictionary.Add("QueryCalibrationResultinfo", new object[] { XmlUtility.Serializer(typeof(CalibrationResultinfo), calibrationResultinfo) });
CalibrationStateSend(calibStateDictionary);
calibrationTrace.CalibrationAdd(calibrationResultinfo);
calibrationTrace.ShowDialog();
}
}
private void RealTimeCalculate(RealTimeCUVDataInfo realTimeData)
{
SampleResultInfo norResult = null;
switch (realTimeData.WorkType)
{
case WORKTYPE.N:
case WORKTYPE.E:
norResult = myBatis.GetNORResult(realTimeData) as SampleResultInfo;
if (norResult != null)
{
if (resultService.IsResultRight(norResult.ToString()) == true)
{
norResult.AbsValue = resultService.GetResultAbsValue(norResult);
float rc = resultService.GetResultConcValue(norResult);
norResult.ConcResult = rc < 0 ? 0 : rc;
}
else
{
norResult.AbsValue = -1;
norResult.ConcResult = -1;
}
//时时结果处理
myBatis.UpdateCurrentNORResult(norResult);
// resultService.ProcessCurrentNormalResultCalValue(norResult); 针对计算项目，在前台计算
resultService.AnalyzeResult(norResult);
//resultService.SetIntradayNorResultCalculated(true, norResult);
}
break;
case WORKTYPE.B:
case WORKTYPE.S:
CalibrationResultinfo calibResInfo = myBatis.QueryCalibResultInfoByTCNO(realTimeData); //根据进程编号获取需要更新的校准结果记录
if (calibResInfo != null)
{
if (resultService.IsResultRight(calibResInfo.Remarks) == true)
{
calibResInfo.CalibAbs = resultService.GetResultAbsValue(calibResInfo);
/*显示定标实际测量值
* AssayRunPara ar = new AssayRunParaService().Get(R.ItemName) as AssayRunPara;
* if(ar!=null)
* {
* float k = (ar.SDTVol.VolPre+ar.SDTVol.VolDil)/ar.SDTVol.VolPre;
* R.RAbsValue = (float.Parse(R.RAbsValue) * k).ToString("#0.0000");
* }
* */
//R.RConcValue = resultService.GetResultConcValue(R).ToString("#0.0000");
}
else
{
calibResInfo.CalibAbs = -1;
// R.RConcValue = "NA";
}
calibResInfo.TCNO = realTimeData.TC;
myBatis.UpdateSDTTaskState(calibResInfo.SampleNum, calibResInfo.ProjectName, calibResInfo.CalibratorName, calibResInfo.CalibrationDT, TaskState.SUCC);
resultService.OnSDTCalibrateCurve(calibResInfo);
//resultService.SetSDTResultCalculated(true, R);
}
break;
case WORKTYPE.C:
QualityControlResultInfo qCResInfo = myBatis.GetQCResult(realTimeData);
if (qCResInfo != null)
{
if (resultService.IsResultRight(qCResInfo.Remarks) == true)
{
qCResInfo.AbsValue = resultService.GetResultAbsValue(qCResInfo);
qCResInfo.ConcResult = resultService.GetResultConcValue(qCResInfo);
}
else
{
qCResInfo.AbsValue = -1;
qCResInfo.ConcResult = -1;
}
myBatis.UpdateQCResult(qCResInfo);
//resultService.SetQCResultCalculated(true, R);
}
break;
}
}
/// <summary>
/// 修改校准曲线表的吸光度
/// </summary>
/// <param name="calibResInfo"></param>
public void UpdateCalibratingCurve(CalibrationResultinfo calibResInfo)
{
try
{
// 1.获取原来项目对应校准曲线数据
Hashtable ht = new Hashtable();
ht.Add("ProjectName", calibResInfo.ProjectName);
ht.Add("SampleType", calibResInfo.SampleType);
ht.Add("CalibMethod", calibResInfo.CalibMethod);
ht.Add("DrawDate", calibResInfo.CalibrationDT.ToString("yyyy-MM-dd HH:mm:ss.fff"));
SDTTableItem sdtItem = ism_SqlMap.QueryForObject("Calibrator.QuerySDTTableItemByCalibrating", ht) as SDTTableItem;
// 2.更新对应校准品校准测得的吸光度
if (sdtItem != null)
{
float fAbsNew = 0;
if (calibResInfo.CalibratorName == sdtItem.BlkItem)
{
if (sdtItem.BlkAbs == 0)
{
fAbsNew = calibResInfo.CalibAbs;
}
else
{
fAbsNew = (sdtItem.BlkAbs + calibResInfo.CalibAbs) / 2;
}
ht.Add("BlkAbs", fAbsNew);
}
else if (calibResInfo.CalibratorName == sdtItem.Calib1Item)
{
if (sdtItem.SDT1Abs == 0)
{
fAbsNew = calibResInfo.CalibAbs;
}
else
{
fAbsNew = (sdtItem.SDT1Abs + calibResInfo.CalibAbs) / 2;
}
ht.Add("SDT1Abs", fAbsNew);
}
else if (calibResInfo.CalibratorName == sdtItem.Calib2Item)
{
if (sdtItem.SDT2Abs == 0)
{
fAbsNew = calibResInfo.CalibAbs;
}
else
{
fAbsNew = (sdtItem.SDT2Abs + calibResInfo.CalibAbs) / 2;
}
ht.Add("SDT2Abs", fAbsNew);
}
else if (calibResInfo.CalibratorName == sdtItem.Calib3Item)
{
if (sdtItem.SDT3Abs == 0)
{
fAbsNew = calibResInfo.CalibAbs;
}
else
{
fAbsNew = (sdtItem.SDT3Abs + calibResInfo.CalibAbs) / 2;
}
ht.Add("SDT3Abs", fAbsNew);
}
else if (calibResInfo.CalibratorName == sdtItem.Calib4Item)
{
if (sdtItem.SDT4Abs == 0)
{
fAbsNew = calibResInfo.CalibAbs;
}
else
{
fAbsNew = (sdtItem.SDT4Abs + calibResInfo.CalibAbs) / 2;
}
ht.Add("SDT4Abs", fAbsNew);
}
else if (calibResInfo.CalibratorName == sdtItem.Calib5Item)
{
if (sdtItem.SDT5Abs == 0)
{
fAbsNew = calibResInfo.CalibAbs;
}
else
{
fAbsNew = (sdtItem.SDT5Abs + calibResInfo.CalibAbs) / 2;
}
ht.Add("SDT5Abs", fAbsNew);
}
else if (calibResInfo.CalibratorName == sdtItem.Calib6Item)
{
if (sdtItem.SDT6Abs == 0)
{
fAbsNew = calibResInfo.CalibAbs;
}
else
{
fAbsNew = (sdtItem.SDT6Abs + calibResInfo.CalibAbs) / 2;
}
ht.Add("SDT6Abs", fAbsNew);
}
ism_SqlMap.Update("Calibrator.UpdateSDTTableItem", ht);
}
}
catch (Exception e)
{
LogInfo.WriteErrorLog("UpdateCalibratingCurve(CalibrationResultinfo calibResInfo)==" + e.ToString(), Module.Calibration);
}
}
private void SaveABS(int WN, int PT, float PW, float SW)
{
//TimeCourseService timeCoursService = new TimeCourseService();
myBatis.UpdateRealTimeState(WN, PT);
RealTimeCUVDataInfo realTimeData = myBatis.QueryRealTimeCUVDataTC(WN);
if (realTimeData == null)
{
return;
}
if (PT == RunConfigureUtility.BlankPoint)
{
//timeCoursService.UpdateBlkABSData(realTimeData.TC, PW, SW);
myBatis.UpdateBlkABSData(realTimeData.TC, PW, SW);
}
else
{
//timeCoursService.UpdateABSData(realTimeData.TC, PT, PW, SW);
myBatis.UpdateABSData(realTimeData.TC, PT, PW, SW);
//SaveDataQueue(new string[] { realTimeData.TC.ToString(), PT.ToString(), PW.ToString(), SW.ToString() });
//ProcessingQueueEvent(new string[] { realTimeData.TC.ToString(), PT.ToString(), PW.ToString(), SW.ToString() });
}
if (PT == RunConfigureUtility.LastPoint)
{
TaskInfo t = null;
switch (realTimeData.WorkType)
{
case WORKTYPE.N:
case WORKTYPE.E:
//2018、11、15 改成存储过程
//myBatis.UpdateSMPScheduleFinishCount(realTimeData.SmpNo, realTimeData.Assay, myBatis.GetSMPScheduleFinishCount(realTimeData.SmpNo, realTimeData.Assay) + 1);
myBatis.UpdateSMPScheduleFinishCount(realTimeData.SmpNo, realTimeData.Assay);
t = myBatis.GetSMPSchedule(realTimeData.SmpNo, realTimeData.Assay);
if (t != null && t.FinishTimes == t.InspectTimes)
{
//2018、11、15 改成使用存储过程
//myBatis.UpdateSampleStatePerform(t, TaskState.SUCC);
////2018 9/4
////myBatis.UpdteTaskState(t.SampleNum.ToString(), t.ProjectName);
//myBatis.UpdateTaskStatePerform(t, TaskState.SUCC);
myBatis.UpdateSampleInfoAndTaskInfo(t, TaskState.SUCC);
}
break;
case WORKTYPE.B:
case WORKTYPE.S:
CalibrationResultinfo calibResult = myBatis.QueryCalibResultInfo(realTimeData.Assay, realTimeData.SmpNo, realTimeData.TC);
myBatis.UpdateSDTScheduleFinishCount(calibResult.SampleNum, calibResult.ProjectName, calibResult.CalibratorName, calibResult.CalibrationDT,
myBatis.GetSDTScheduleFinishCount(calibResult.SampleNum, calibResult.ProjectName, calibResult.CalibratorName, calibResult.CalibrationDT) + 1);
CalibratorinfoTask s = myBatis.GetSDTSchedule(calibResult.ProjectName, calibResult.SampleNum, calibResult.CalibratorName, calibResult.CalibrationDT);
if (s != null && s.SendTimes == s.InspectTimes && s.SendTimes == s.FinishTimes)
{
//myBatis.ClearSDTSchedules(s.SampleNum, s.ProjectName);
myBatis.UpdateSDTResultState(s, TaskState.SUCC);
}
break;
case WORKTYPE.C:
myBatis.UpdateQCScheduleFinishCount(realTimeData.SmpNo, realTimeData.Assay, myBatis.GetQCScheduleFinishCount(realTimeData.SmpNo, realTimeData.Assay) + 1);
QCTaskInfo c = myBatis.GetQCSchedule(realTimeData.SmpNo, realTimeData.Assay) as QCTaskInfo;
if (c != null && c.InspectTimes == c.SendTimes && c.SendTimes == c.FinishTimes)
{
myBatis.UpdateQCTaksState(c.SampleNum, c.ProjectName);
}
break;
}
myBatis.DeleteRealTimeCUVData(WN);
RealTimeCalculate(realTimeData);
//SaveDataQueue(realTimeData);
//switch (realTimeData.WorkType)
//{
// case WORKTYPE.N:
// case WORKTYPE.E:
// TaskInfo t = new TaskInfo();
// t = myBatis.GetSMPSchedule(realTimeData.SmpNo, realTimeData.Assay);
// if (t != null && t.FinishTimes == t.InspectTimes)
// {
// myBatis.UpdateSampleStatePerform(t, TaskState.SUCC);
// //2018 9/4
// //myBatis.UpdteTaskState(t.SampleNum.ToString(), t.ProjectName);
// myBatis.UpdateTaskStatePerform(t, TaskState.SUCC);
// }
// break;
// case WORKTYPE.B:
// case WORKTYPE.S:
// CalibrationResultinfo calibResult = myBatis.QueryCalibResultInfo(realTimeData.Assay, realTimeData.SmpNo, realTimeData.TC);
// CalibratorinfoTask s = myBatis.GetSDTSchedule(calibResult.ProjectName, calibResult.SampleNum, calibResult.CalibratorName, calibResult.CalibrationDT);
// if (s != null && s.SendTimes == s.InspectTimes && s.SendTimes == s.FinishTimes)
// {
// //myBatis.ClearSDTSchedules(s.SampleNum, s.ProjectName);
// myBatis.UpdateSDTResultState(s, TaskState.SUCC);
// }
// break;
// case WORKTYPE.C:
// QCTaskInfo c = myBatis.GetQCSchedule(realTimeData.SmpNo, realTimeData.Assay) as QCTaskInfo;
// //if (c != null && c.FinishTimes >= c.InspectTimes)
// //{
// //myBatis.ClearQCSchedules(c.SampleNum, c.ProjectName);
// //}
// if (c != null && c.InspectTimes == c.SendTimes && c.SendTimes == c.FinishTimes)
// {
// myBatis.UpdateQCTaksState(c.SampleNum, c.ProjectName);
// }
// break;
//}
}
}
public bool IsSdtCurveRight(SDTTableItem curve)
{
CalibrationResultinfo results = null;
bool blkrihgtflag = false;
results = myBatis.GetSDTResultByProject(curve.ProjectName, curve.SampleType, curve.DrawDate, curve.BlkItem);
if (results != null)
{
blkrihgtflag = CheckResultsHasRihgt(results);
}
else
{
blkrihgtflag = true;
}
bool s1rihgtflag = false;
results = myBatis.GetSDTResultByProject(curve.ProjectName, curve.SampleType, curve.DrawDate, curve.Calib1Item);
if (results != null)
{
s1rihgtflag = CheckResultsHasRihgt(results);
}
else
{
s1rihgtflag = true;
}
bool s2rihgtflag = false;
results = myBatis.GetSDTResultByProject(curve.ProjectName, curve.SampleType, curve.DrawDate, curve.Calib2Item);
if (results != null)
{
s2rihgtflag = CheckResultsHasRihgt(results);
}
else
{
s2rihgtflag = true;
}
bool s3rihgtflag = false;
results = myBatis.GetSDTResultByProject(curve.ProjectName, curve.SampleType, curve.DrawDate, curve.Calib3Item);
if (results != null)
{
s3rihgtflag = CheckResultsHasRihgt(results);
}
else
{
s3rihgtflag = true;
}
bool s4rihgtflag = false;
results = myBatis.GetSDTResultByProject(curve.ProjectName, curve.SampleType, curve.DrawDate, curve.Calib4Item);
if (results != null)
{
s4rihgtflag = CheckResultsHasRihgt(results);
}
else
{
s4rihgtflag = true;
}
bool s5rihgtflag = false;
results = myBatis.GetSDTResultByProject(curve.ProjectName, curve.SampleType, curve.DrawDate, curve.Calib5Item);
if (results != null)
{
s5rihgtflag = CheckResultsHasRihgt(results);
}
else
{
s5rihgtflag = true;
}
bool s6rihgtflag = false;
results = myBatis.GetSDTResultByProject(curve.ProjectName, curve.SampleType, curve.DrawDate, curve.Calib6Item);
if (results != null)
{
s6rihgtflag = CheckResultsHasRihgt(results);
}
else
{
s6rihgtflag = true;
}
if (blkrihgtflag == true && s1rihgtflag == true && s2rihgtflag == true && s3rihgtflag == true && s4rihgtflag == true && s5rihgtflag == true && s6rihgtflag == true)
{
return(true);
}
else
{
return(false);
}
}
/// <summary>
/// 获取校准结果和比色杯编号
/// </summary>
/// <param name="strDBMethod"></param>
/// <param name="calibrationReactionProcess"></param>
/// <returns></returns>
public List <CalibrationResultinfo> QueryCalibrationResultInfoAndTimeCUVNO(string strDBMethod, CalibrationResultinfo calibrationResultinfoAndTimeCUVNO)
{
return(myBatis.QueryCalibrationResultInfoAndTimeCUVNO(strDBMethod, calibrationResultinfoAndTimeCUVNO));
}
public List <CalibrationResultinfo> QueryCalibrationResultinfo(string strDBMethod, CalibrationResultinfo calibrationResultinfo)
{
List <CalibrationResultinfo> lstCalibrationResultinfo = new List <CalibrationResultinfo>();
return(lstCalibrationResultinfo = myBatis.QueryCalibrationResultinfo(strDBMethod, calibrationResultinfo));
}
