public static void saveResult(PIMResult Res)
{
//保存到数据库
ATE2MES.ATETESTDATA testData = new ATE2MES.ATETESTDATA();
ATE2MES.ATEParamPack SN = new ATE2MES.ATEParamPack("SN", Res.SN);
testData.HeadData.Add(SN);
ATE2MES.ATEParamPack ATEKind = new ATE2MES.ATEParamPack("ATEKind", Res.ATEKind);
testData.HeadData.Add(ATEKind);
ATE2MES.ATEParamPack MATERIAL = new ATE2MES.ATEParamPack("MATERIAL", Res.Material);
testData.HeadData.Add(MATERIAL);
ATE2MES.ATEParamPack ProcessId = new ATE2MES.ATEParamPack("ProcessId", Res.ProcessId);
testData.HeadData.Add(ProcessId);
ATE2MES.ATEParamPack ResultHead = new ATE2MES.ATEParamPack("Result", Res.ResultForHead);
testData.HeadData.Add(ResultHead);
ATE2MES.ATEParamPack DeviceModel = new ATE2MES.ATEParamPack("DeviceModel", Res.DeviceModel);
testData.HeadData.Add(DeviceModel);
ATE2MES.ATEParamPack TestLoginUserID = new ATE2MES.ATEParamPack("TestLoginUserID", Res.TestUserID);
testData.HeadData.Add(TestLoginUserID);
ATE2MES.ATEParamPack ReTest = new ATE2MES.ATEParamPack("ReTest", Res.Remark);
testData.HeadData.Add(ReTest);
ATE2MES.ATEParamPack SaveDateTime = new ATE2MES.ATEParamPack("SaveDateTime", Res.SaveDateTime);
testData.HeadData.Add(SaveDateTime);
for (int i = 0; i < Res.lstStepData.Count; i++)
{
StepData SD = Res.lstStepData[i];
ATE2MES.ATETESTSTEPDATA stepData = new ATE2MES.ATETESTSTEPDATA();
stepData.STEPID = SD.STEPID;
ATE2MES.ATEParamPack ProName = new ATE2MES.ATEParamPack("ProName", SD.ProName);
stepData.ATEDATAS.Add(ProName);
ATE2MES.ATEParamPack Port = new ATE2MES.ATEParamPack("Port", SD.PortName);
stepData.ATEDATAS.Add(Port);
ATE2MES.ATEParamPack Band = new ATE2MES.ATEParamPack("Band", SD.Band);
stepData.ATEDATAS.Add(Band);
ATE2MES.ATEParamPack RBandMin = new ATE2MES.ATEParamPack("RBandMin", SD.RBandMin);
stepData.ATEDATAS.Add(RBandMin);
ATE2MES.ATEParamPack RBandMax = new ATE2MES.ATEParamPack("RBandMax", SD.RBandMax);
stepData.ATEDATAS.Add(RBandMax);
ATE2MES.ATEParamPack Orientation = new ATE2MES.ATEParamPack("Orientation", (SD.MeasMode == "REFL" ? "反射" : "传输"));
stepData.ATEDATAS.Add(Orientation);
ATE2MES.ATEParamPack Model = new ATE2MES.ATEParamPack("Model", (SD.CalType == "Sweep" ? "扫频":"点频"));
stepData.ATEDATAS.Add(Model);
ATE2MES.ATEParamPack Order = new ATE2MES.ATEParamPack("Order", SD.Order);
stepData.ATEDATAS.Add(Order);
ATE2MES.ATEParamPack Freq1 = new ATE2MES.ATEParamPack("Freq1", SD.Freq1);
stepData.ATEDATAS.Add(Freq1);
ATE2MES.ATEParamPack Freq2 = new ATE2MES.ATEParamPack("Freq2", SD.Freq2);
stepData.ATEDATAS.Add(Freq2);
ATE2MES.ATEParamPack Pow1 = new ATE2MES.ATEParamPack("Pow1", SD.Pow1);
stepData.ATEDATAS.Add(Pow1);
ATE2MES.ATEParamPack Pow2 = new ATE2MES.ATEParamPack("Pow2", SD.Pow2);
stepData.ATEDATAS.Add(Pow2);
ATE2MES.ATEParamPack Pow1Offset = new ATE2MES.ATEParamPack("Pow1Offset", "0");
stepData.ATEDATAS.Add(Pow1Offset);
ATE2MES.ATEParamPack Pow2Offset = new ATE2MES.ATEParamPack("Pow2Offset", "0");
stepData.ATEDATAS.Add(Pow2Offset);
ATE2MES.ATEParamPack Limit = new ATE2MES.ATEParamPack("Limit", SD.Limit);
stepData.ATEDATAS.Add(Limit);
ATE2MES.ATEParamPack IMPow1 = new ATE2MES.ATEParamPack("IMPow1", SD.IMPow1);
stepData.ATEDATAS.Add(IMPow1);
ATE2MES.ATEParamPack IMPow2 = new ATE2MES.ATEParamPack("IMPow2", SD.IMPow2);
stepData.ATEDATAS.Add(IMPow2);
ATE2MES.ATEParamPack resultFim1 = new ATE2MES.ATEParamPack("resultFim1", SD.ResultFim1);
stepData.ATEDATAS.Add(resultFim1);
ATE2MES.ATEParamPack resultFim2 = new ATE2MES.ATEParamPack("resultFim2", SD.ResultFim2);
stepData.ATEDATAS.Add(resultFim2);
ATE2MES.ATEParamPack resultValue1 = new ATE2MES.ATEParamPack("resultValue1", SD.ResultValue1);
stepData.ATEDATAS.Add(resultValue1);
ATE2MES.ATEParamPack resultValue2 = new ATE2MES.ATEParamPack("resultValue2", SD.ResultValue2);
stepData.ATEDATAS.Add(resultValue2);
ATE2MES.ATEParamPack ResUnit = new ATE2MES.ATEParamPack("ResUnit", SD.ResUnit);
stepData.ATEDATAS.Add(ResUnit);
ATE2MES.ATEParamPack result = new ATE2MES.ATEParamPack("result", SD.Result);
stepData.ATEDATAS.Add(result);
ATE2MES.ATEParamPack TestDateTime = new ATE2MES.ATEParamPack("TestDateTime", SD.TestDateTime);
stepData.ATEDATAS.Add(TestDateTime);
if (SD.isImage)
{
ATE2MES.ATEImagePack Image = new ATE2MES.ATEImagePack("Image", SD.Image);
stepData.ATEIMGS.Add(Image);
}
testData.ATESTEPDATA.Add(stepData);
}
ATE2MES.ATE2MES.UploadATEData(testData);
}
public static List <PIMResult> setPIMResult(TestPlan testPlan, string SN, string strRemark, string Material, string ProcessId)
{
List <PIMResult> lstResult = new List <PIMResult>();
try
{
PIMResult result = new PIMResult();
result.SN = SN;
result.ATEKind = "ATEPIM";
result.Material = (Material == null ? "" : Material);
result.ProcessId = (ProcessId == null ? "" : ProcessId);
result.TestUserID = (DataUtils.StaticInfo.LoginUser == null ? "" : DataUtils.StaticInfo.LoginUser);
result.Remark = strRemark;
result.SaveDateTime = DataUtils.StaticInfo.DBTime;
int i = 0;
string strDeviceModel = "";
foreach (ManualConnection manualConnection in testPlan.ManualConnectionList)
{
foreach (TestStep testStep in manualConnection.TestStepList)
{
PIMTestStep PTestStep = (PIMTestStep)testStep;
if (PTestStep.MeasInfo != null)
{
strDeviceModel = strDeviceModel + ";" + PTestStep.MeasInfo.InstruInfoList[0].Vendor + "," + PTestStep.MeasInfo.InstruInfoList[0].Model + "," + PTestStep.MeasInfo.InstruInfoList[0].SerialNum;
}
StepData stepData = new StepData();
i++;
stepData.STEPID = i.ToString();
stepData.ProName = manualConnection.Name;
stepData.PortName = PTestStep.PortName.ToString();
stepData.Band = (PTestStep.FreqRange == null ? "" : PTestStep.FreqRange);
//stepData.Band = "";
stepData.RBandMin = (PTestStep.RXFreq1 / 1000000).ToString("f3");
stepData.RBandMax = (PTestStep.RXFreq2 / 1000000).ToString("f3");
stepData.CalType = PTestStep.CalType.ToString();
stepData.MeasMode = PTestStep.MeasMode.ToString();
stepData.Order = PTestStep.PIMOrder.ToString();
stepData.Freq1 = (PTestStep.CWFreq1 / 1000000).ToString("f3");
stepData.Freq2 = (PTestStep.CWFreq2 / 1000000).ToString("f3");
stepData.Pow1 = PTestStep.CWPOW1.ToString("f2");
stepData.Pow2 = PTestStep.CWPOW2.ToString("f2");
stepData.IMPow1 = PTestStep.PIMPower1.ToString("f2");
stepData.IMPow2 = PTestStep.PIMPower2.ToString("f2");
foreach (PIMTestTrace tr in PTestStep.TraceList)
{
//BUG HHX
if (tr.TypeName == PIMTestTraceType.PIMTrace1)
{
stepData.ResUnit = (tr.Unit == null ? "" : tr.Unit);
XYTestMarker xyTestMarker = tr.TestSpecList[0].TestMarkerList[0] as XYTestMarker;
stepData.Limit = xyTestMarker.Limit.YMax.ToString();
XYTraceResult traceRes = tr.TestResult as XYTraceResult;
if (traceRes.ResultData == null || traceRes.ResultData.Count == 0)
{
stepData.ResultFim1 = "0";
stepData.ResultValue1 = "0";
}
else
{
if (PTestStep.CalType == PIMCalType.Sweep)
{
stepData.ResultFim1 = (xyTestMarker.MarkerResult[0].X / 1000000).ToString("f3");
}
else
{
int num = PTestStep.PIMOrder / 2;
double dblIMF = (((num + 1) * PTestStep.CWFreq1) - (num * PTestStep.CWFreq2));
stepData.ResultFim1 = (dblIMF / 1000000).ToString("f3");
}
stepData.ResultValue1 = xyTestMarker.MarkerResult[0].Y.ToString("f2");
}
stepData.ResultFim2 = "0";
stepData.ResultValue2 = "0";
}
if (tr.TypeName == PIMTestTraceType.PIMTrace2)
{
if (PTestStep.CalType == PIMCalType.Sweep)
{
XYTraceResult traceRes = tr.TestResult as XYTraceResult;
if (traceRes.ResultData == null || traceRes.ResultData.Count == 0)
{
stepData.ResultFim2 = "0";
stepData.ResultValue2 = "0";
}
else
{
XYTestMarker xyTestMarker = tr.TestSpecList[0].TestMarkerList[0] as XYTestMarker;
stepData.ResultFim2 = (xyTestMarker.MarkerResult[0].X / 1000000).ToString("f3");
stepData.ResultValue2 = xyTestMarker.MarkerResult[0].Y.ToString("f2");
}
}
}
}
stepData.Result = (PTestStep.PassFail == true ? "PASS" : "FAIL");
stepData.TestDateTime = (PTestStep.SingleDBTime == null ? "" : PTestStep.SingleDBTime);
stepData.isImage = PTestStep.isImageSave;
stepData.Image = (PTestStep.bImage == null ? new byte[] { } : PTestStep.bImage);
result.lstStepData.Add(stepData);
}
}
string strResultForHead = "PASS";
foreach (ManualConnection manualConnection in testPlan.ManualConnectionList)
{
foreach (TestStep testStep in manualConnection.TestStepList)
{
PIMTestStep PTestStep = (PIMTestStep)testStep;
if (PTestStep.PassFail == false || PTestStep.PassFail == null)
{
strResultForHead = "FAIL";
break;
}
}
}
result.ResultForHead = strResultForHead;
result.DeviceModel = strDeviceModel;
lstResult.Add(result);
}
catch (Exception ex)
{
//System.Windows.m
}
return(lstResult);
}
