private int ShowFailMessage(IMeasurementTask testTask, string temp, TestSystemGroup systemGroup, WorkInfoSpecItem item,
string tipMsg, string showMsg)
{
tipCallback?.Invoke(testTask.TestOrderID, 2, tipMsg, 0);
var msg = ShowMessage(2, $"{showMsg}\r\n按[重新测试]对项目重新测试，按[继续测试]进行下一测试。", "测试失败");
if (msg == 3)
{
TestSpecItem(testTask, temp, systemGroup, item, true);
}
return(msg);
}
private void AddPointPDLTestData(IMeasurementTask testTask, string type, string temp, int ch, double wl, List <double> pws)
{
var data = new SortedList <double, PointTestItem>();
var max = Math.Round(pws.Max(), 3);
var min = Math.Round(pws.Min(), 3);
var avg = Math.Round(pws.Average(), 3);
var pdl = Math.Round(max - min, 3);
if (pdl < 0.01D)
{
pdl = 0.01D;
}
var p = max;
if (Framework.MeasurementSystemSetting.SystemData.Setting.Profile.CalculateILType > 0)
{
switch (Framework.MeasurementSystemSetting.SystemData.Setting.Profile.CalculateILType)
{
case 1:
p = max;
break;
case 2:
p = min;
break;
case 3:
p = avg;
break;
}
}
var rf = MeasurementJob.ReferenceData.GetReference(1, ch % TestPortSetting.DataDivide, wl);
if (rf == null)
{
throw new Exception("找不到归零值");
}
var il = Math.Round(p - rf.Power, 3);
data[wl] = new PointTestItem(wl, 0D, p, il, pdl, max, min, avg);
testTask.AddTestData(type, temp, ch, data);
}
private void GetPointRLTestData(IMeasurementTask testTask, string temp, TestSystemGroup systemGroup, WorkInfoSpecItem item, bool testAgain)
{
if (!item.TestSetting.IsDouble())
{
return;
}
var wl = item.TestSetting.CastTo(1550D);
var type = "RL";
if (!testAgain && testTask.ContainsTestData(type, temp, item.PortSetting, wl))
{
return;
}
currentChannel = 1;
currentWavelength = wl;
testInfoCallback?.Invoke(currentWavelength, currentChannel, currentUnit);
var pw = new List <double>();
if (!MeasurementController.RunPointTest(
false,
currentWavelength,
() =>
{
return(!IsStop);
},
() =>
{
var readTime = Framework.MeasurementSystemSetting.SystemData.Setting.Profile.RetrunLosssTime;
pw = GetMeterPowers(1, readTime);
}))
{
throw new Exception(MeasurementController.ErrorString);
}
if (pw.Count < 1)
{
throw new Exception("读取功率失败");
}
AddPointRLTestData(testTask, type, temp, item.PortSetting, currentWavelength, pw);
return;
}
private void AddPointTestData(IMeasurementTask testTask, string type, string temp, int ch, double wl, double pw)
{
var data = new SortedList <double, PointTestItem>();
var rf = MeasurementJob.ReferenceData.GetReference(1, ch % TestPortSetting.DataDivide, wl);
if (rf == null)
{
throw new Exception("找不到归零值");
}
var il = pw - rf.Power;
if (Framework.MeasurementSystemSetting.SystemData.Setting.Profile.CheckInsertionLoss &&
il < Framework.MeasurementSystemSetting.SystemData.Setting.Profile.InsertionLossThreshold)
{
AppFramework.Context.MainForm.Invoke(new Action(() =>
{
AppFramework.Context.ShowError("光源可能已经跑零");
}));
}
data[wl] = new PointTestItem(wl, 0D, pw, il, 0D, pw, pw, pw);
testTask.AddTestData(type, temp, ch, data);
}
private void AddPointRLTestData(IMeasurementTask testTask, string type, string temp, int ch, double wl, List <double> pws)
{
var data = new SortedList <double, PointTestItem>();
var max = Math.Round(pws.Max(), 3);
var min = Math.Round(pws.Min(), 3);
var avg = Math.Round(pws.Average(), 3);
var pdl = Math.Round(max - min, 3);
var p = min;
var rf = MeasurementJob.ReferenceData.GetReference(1, ch % TestPortSetting.DataDivide, wl);
if (rf == null)
{
throw new Exception("找不到归零值");
}
var il = Math.Round(p - rf.Power, 3);
var comp = Framework.MeasurementSystemSetting.SystemData.Setting.Profile.RetrunLosssCompensation;
data[wl] = new PointTestItem(wl, 0D, p, il, pdl, max, min, avg, comp);
testTask.AddTestData(type, temp, ch, data);
}
private void GetPointTestData(IMeasurementTask testTask, string temp, TestSystemGroup systemGroup, WorkInfoSpecItem item, bool testAgain)
{
if (!item.TestSetting.IsDouble())
{
return;
}
var wl = item.TestSetting.CastTo(1550D);
if (item.PortSetting == 0)
{
return;
}
var type = "Point";
if (!testAgain && testTask.ContainsTestData(type, temp, item.PortSetting, wl))
{
return;
}
currentChannel = MeasurementController.GetSimultaneityPort(testTask.TestOrderID, item.PortSetting);
currentWavelength = wl;
testInfoCallback?.Invoke(currentWavelength, currentChannel, currentUnit);
var pws = default(Dictionary <int, double>);
if (!MeasurementController.RunPointTest(
false,
currentWavelength,
() =>
{
return(!IsStop);
},
() =>
{
var setting = TestPortSetting.Get(currentChannel);
pws = MeasurementController.GetMeterAllChannelPower(setting.DeviceID, setting.SwitchID);
}))
{
throw new Exception(MeasurementController.ErrorString);
}
if (pws == null || pws.Count < 1)
{
throw new Exception($"读取功率失败,{MeasurementController.ErrorString}");
}
var items = MeasurementJob.SpecData.GetTestGroupWorkInfoSpecItems(systemGroup.TestGroupID);
foreach (var testItem in items)
{
var pw = 0D;
var c = TestPortSetting.Get(testItem.PortSetting).ChannelID;
if (!pws.TryGetValue(c, out pw))
{
continue;
}
if (pw == double.MinValue)
{
throw new Exception($"读取功率失败,{MeasurementController.ErrorString}");
}
AddPointTestData(testTask, type, temp, testItem.PortSetting, currentWavelength, pw);
}
}
private void GetManualPointPDLPointPDLTestData(IMeasurementTask testTask, string temp, TestSystemGroup systemGroup, WorkInfoSpecItem item, bool testAgain)
{
if (!item.TestSetting.IsDouble())
{
return;
}
var wl = item.TestSetting.CastTo(1550D);
if (item.PortSetting == 0)
{
return;
}
var type = "PointPDL";
if (!testAgain && testTask.ContainsTestData(type, temp, item.PortSetting, wl))
{
return;
}
currentChannel = MeasurementController.GetSimultaneityPort(testTask.TestOrderID, item.PortSetting);
currentWavelength = wl;
testInfoCallback?.Invoke(currentWavelength, currentChannel, currentUnit);
var pws = new Dictionary <int, List <double> >();
if (!MeasurementController.ChangeWaveLength(currentWavelength))
{
throw new Exception($"切换波长失败,{MeasurementController.ErrorString}");
}
FormMessageBox.SetShow(null, "正在测试", "请摇动手摇偏振控制器，完成后点击[继续测试]进行测试", 0);
var setting = TestPortSetting.Get(currentChannel);
while (FormMessageBox.MessageBoxResult == 0)
{
if (IsStop)
{
FormMessageBox.SetClose(2);
break;
}
var powers = MeasurementController.GetMeterAllChannelPower(setting.DeviceID, setting.SwitchID);
if (powers.Count < 1)
{
continue;
}
var max = new StringBuilder();
var min = new StringBuilder();
foreach (var pw in powers)
{
if (!pws.ContainsKey(pw.Key))
{
pws[pw.Key] = new List <double>();
}
if (pw.Value != double.MinValue)
{
pws[pw.Key].Add(pw.Value);
}
var maxP = pws[pw.Key].Max();
var minP = pws[pw.Key].Min();
if (maxP == double.MinValue || minP == double.MinValue)
{
max.Append($"{pw.Key}: -\r\n");
min.Append("-\r\n");
}
else
{
max.Append($"{pw.Key}: {maxP:F3}\r\n");
min.Append($"{minP:F3}\r\n");
}
}
readingCallback?.Invoke(
"-",
max.ToString(),
min.ToString()
);
}
readingCallback?.Invoke("-", "-", "-");
if (FormMessageBox.MessageBoxResult != 1)
{
IsStop = true;
return;
}
if (pws == null || pws.Count < 1)
{
throw new Exception($"读取功率失败,{MeasurementController.ErrorString}");
}
var items = MeasurementJob.SpecData.GetTestGroupWorkInfoSpecItems(systemGroup.TestGroupID);
foreach (var testItem in items)
{
var pw = default(List <double>);
var c = TestPortSetting.Get(testItem.PortSetting).ChannelID;
if (!pws.TryGetValue(c, out pw))
{
continue;
}
if (pw.Count < 2)
{
throw new Exception($"读取功率失败,{MeasurementController.ErrorString}");
}
AddPointPDLTestData(testTask, type, temp, testItem.PortSetting, currentWavelength, pw);
}
}
private void TestSpecItem(IMeasurementTask testTask, string temp, TestSystemGroup systemGroup, WorkInfoSpecItem item, bool testAgain = false)
{
if (IsStop)
{
return;
}
testCallback?.Invoke(testTask.StartTime, testTask.TestOrderID, -1, "", item.SpecItemID, "正在测试", "", 3);
try
{
switch (systemGroup.TestGroupTestType)
{
case "None": //计算
break;
case "Swept": //扫描
throw new Exception("系统禁用了扫描功能");
case "PDLSwept": //扫描
throw new Exception("系统禁用了扫描功能");
case "RL": //回损
GetPointRLTestData(testTask, temp, systemGroup, item, testAgain);
break;
case "Point": //点测
GetPointTestData(testTask, temp, systemGroup, item, testAgain);
break;
case "PointPDL":
GetPointPDLTestData(testTask, temp, systemGroup, item, testAgain);
break;
case "ManualPointPDL":
GetManualPointPDLPointPDLTestData(testTask, temp, systemGroup, item, testAgain);
break;
}
}
catch (Exception ex)
{
lastGroupResult = -1;
testCallback?.Invoke(testTask.StartTime, testTask.TestOrderID, -1, "", item.SpecItemID, ex.Message, "", 2);
IsStop = true;
return;
}
if (IsStop)
{
testCallback?.Invoke(testTask.StartTime, testTask.TestOrderID, -1, "", item.SpecItemID, "停止测试", "", 2);
return;
}
var value1 = "";
var value2 = "";
var result = testTask.MeasurementTest(item.SpecItemID);
var failString = new List <string>();
lastGroupResult = Math.Min(lastGroupResult, result.Result);
if (result.Result < 1)
{
failString.Add(item.ItemName);
value1 = result.Result < 0 ? "-" : result.Data.ToString("F2");
}
else
{
value1 = result.Data.ToString("F2");
}
testCallback?.Invoke(testTask.StartTime, testTask.TestOrderID, item.PortSetting, item.SystemTypeID, item.SpecItemID, value1, value2, result.Result > 0 ? 1 : 2);
if (failString.Count > 0 && Framework.MeasurementSystemSetting.SystemData.Setting.Profile.TestFailTreatmentType > 0)
{
if (Framework.MeasurementSystemSetting.SystemData.Setting.Profile.TestFailTreatmentType == 2)
{
IsStop = true;
return;
}
ShowFailMessage(testTask, temp, systemGroup, item, result.Message, $"项目测试结果失败: \r\n{string.Join("\r\n", failString)}");
}
}