/// <summary>
/// 根据项目信息获取校准任务
/// </summary>
/// <param name="strMethodName"></param>
/// <param name="calibTask"></param>
/// <returns></returns>
public int QueryCalibTaskByProjectAndSamType(string strMethodName, CalibratorinfoTask calibTask)
{
int calibTaskCount = 0;
try
{
calibTaskCount = (int)ism_SqlMap.QueryForObject("Calibrator." + strMethodName, calibTask);
}
catch (Exception e)
{
LogInfo.WriteErrorLog("QueryCalibTaskByProjectAndSamType(string strMethodName, CalibratorinfoTask calibTask)==" + e.ToString(), Module.Calibration);
}
return(calibTaskCount);
}
/// <summary>
/// 保存校准任务点击事件
/// </summary>
/// <param name="sender"></param>
/// <param name="e"></param>
private void btnSave_Click(object sender, EventArgs e)
{
if (getopid != null)
{
if (!getopid())
{
MessageBox.Show("当前任务正在测试，暂停后方可继续下任务!");
return;
}
}
this.btnSave.Enabled = false;
if (projectPage1.GetSelectedProjects().Count == 0 &&
projectPage2.GetSelectedProjects().Count == 0 &&
projectPage3.GetSelectedProjects().Count == 0 &&
projectPage4.GetSelectedProjects().Count == 0)
{
MessageBox.Show("请选择校准项目！");
this.btnSave.Enabled = true;
return;
}
if (intPos >= System.Convert.ToInt32(txtSumpleNum.Text.Substring(1)))
{
MessageBox.Show("此任务已经存在！");
this.btnSave.Enabled = true;
return;
}
List <CalibratorinfoTask> lstCalibratorinfoTask = new List <CalibratorinfoTask>();
DateTime dt = DateTime.Now;
foreach (string qcName in projectPage1.GetSelectedProjects())
{
CalibratorinfoTask qcTaskInfo = new CalibratorinfoTask();
qcTaskInfo.CreateDate = dt;
qcTaskInfo.ProjectName = qcName;
qcTaskInfo.SampleType = combSampleType.Text;
qcTaskInfo.SampleNum = txtSumpleNum.Text;
lstCalibratorinfoTask.Add(qcTaskInfo);
}
foreach (string qcName in projectPage2.GetSelectedProjects())
{
CalibratorinfoTask qcTaskInfo = new CalibratorinfoTask();
qcTaskInfo.CreateDate = dt;
qcTaskInfo.ProjectName = qcName;
qcTaskInfo.SampleType = combSampleType.Text;
qcTaskInfo.SampleNum = txtSumpleNum.Text;
lstCalibratorinfoTask.Add(qcTaskInfo);
}
foreach (string qcName in projectPage3.GetSelectedProjects())
{
CalibratorinfoTask qcTaskInfo = new CalibratorinfoTask();
qcTaskInfo.CreateDate = dt;
qcTaskInfo.ProjectName = qcName;
qcTaskInfo.SampleType = combSampleType.Text;
qcTaskInfo.SampleNum = txtSumpleNum.Text;
lstCalibratorinfoTask.Add(qcTaskInfo);
}
foreach (string qcName in projectPage4.GetSelectedProjects())
{
CalibratorinfoTask qcTaskInfo = new CalibratorinfoTask();
qcTaskInfo.CreateDate = dt;
qcTaskInfo.ProjectName = qcName;
qcTaskInfo.SampleType = combSampleType.Text;
qcTaskInfo.SampleNum = txtSumpleNum.Text;
lstCalibratorinfoTask.Add(qcTaskInfo);
}
sampleBlank = null;
sampleSerum = null;
sampleUrine = null;
lstBlankProject.Clear();
lstUrinePeoject.Clear();
lstSerumProject.Clear();
calibDictionary.Clear();
//保存任务信息
calibDictionary.Add("QueryCalibratorinfoTask", new object[] { XmlUtility.Serializer(typeof(List <CalibratorinfoTask>), lstCalibratorinfoTask) });
combSampleType_SelectedIndexChanged(null, null);
ClientSendDataToServices(calibDictionary);
}
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;
//}
}
}
