TestCaseInfo IReflectionTestCaseFactory.CreateTestCase(MethodInfo method, TestDataInfo row)
{
return(new ReflectedTheoryCase(method, row)
{
RetargetDelegates = RetargetDelegates,
});
}
TestCaseInfo IReflectionTestCaseFactory.CreateTestCase(MethodInfo method, TestDataInfo row)
{
return(new ReflectedTheoryCase(method, row)
{
IsFocused = true,
});
}
TestCaseInfo IReflectionTestCaseFactory.CreateTestCase(MethodInfo method, TestDataInfo row)
{
return(new ReflectedTheoryCase(method, row)
{
IsPending = true,
Reason = Reason,
});
}
private ActionResult RenderIndexView(IEnumerable <TestData> testDataMore, int recordCount, int pageIndex)
{
TestDataInfo tdi = new TestDataInfo
{
TestDataMore = testDataMore,
SelectedTestData = new TestData(),
FindConditionEntity = new FindConditionEntity
{
TestCaseId = Nameof <TestData> .Property(td => td.TestCaseId),
Name = Nameof <TestData> .Property(td => td.Name),
Value = Nameof <GlobalSetting> .Property(gs => gs.Value)
}
};
Func <int, UrlHelper, string> pageUrlAccessor = (currentPage, helper) => helper.RouteUrl("TestDataPage", new { PageIndex = currentPage }).ToString();
ViewResult result = View(tdi);
ViewBag.RecordCount = recordCount;
ViewBag.PageIndex = pageIndex;
ViewBag.PageUrlAccessor = pageUrlAccessor;
return(result);
}
private ActionResult Query(TestDataInfo info, int pageIndex)
{
this.TestDataService.CurrentProjectId = (int)Session["PID"];
int recordCount;
string tcid;
if (null == Session["TestCaseBound"])
{
tcid = info.FindConditionEntity.TestCaseId;
}
else
{
tcid = Session["TestCaseBound"].ToString();
}
IEnumerable <TestData> testDataMore = this.TestDataService.QueryTestDatas(tcid,
info.FindConditionEntity.Name, info.FindConditionEntity.Value, pageIndex, PagingInfo.PageSize, out recordCount);
Session["HasQueried_t"] = true;
Session["QueriedPageIndex_t"] = pageIndex;
Session["FindConditionEntity"] = info.FindConditionEntity;
return(RenderIndexView(testDataMore, recordCount, pageIndex));
}
public ActionResult Index(TestDataInfo info, int pageIndex = 1)
{
ActionResult ar = VerifyIfProjectSelected("PRJNAME");
if (null != ar)
{
return(ar);
}
this.TestDataService.CurrentProjectId = (int)Session["PID"];
string requestKey = Request.Form.Keys[Request.Form.Keys.Count - 1] as string;
if (requestKey.Contains("."))
{
requestKey = requestKey.Substring(0, requestKey.IndexOf("."));
}
object pageindex = Session["QueriedPageIndex_t"] ?? pageIndex;
switch (requestKey)
{
case "query":
return(Query(info, 1));
case "edit":
return(Edit(info.SelectedTestData.Id, (int)pageindex));
case "delete":
return(Delete(info.SelectedTestData.Id, (int)pageindex));
case "save":
return(Save(info.SelectedTestData, (int)pageindex));
default:
Session["UpdatedId_t"] = null;
Session["Log_t"] = null;
return(RedirectToAction("Index", new { pageIndex = (int)pageindex }));
}
}
private ActionResult Edit(int tdid, int pageIndex)
{
Session["UpdatedId_t"] = tdid;
if (null != Session["HasQueried_t"])
{
FindConditionEntity fce = Session["FindConditionEntity"] as FindConditionEntity;
string tcid;
if (null == Session["TestCaseBound"])
{
tcid = fce.TestCaseId;
}
else
{
tcid = Session["TestCaseBound"].ToString();
}
TestDataInfo info = new TestDataInfo {
FindConditionEntity = new FindConditionEntity {
TestCaseId = tcid, Name = fce.Name, Value = fce.Value
}
};
return(Query(info, pageIndex));
}
return(RedirectToAction("Index", new { pageIndex = pageIndex }));
}
void SerialDataManager_Feedback(ShouldPadMachine.ShouldPadMachineModel.UartComdEventArgs lowerDataInfo)
{
if (lowerDataInfo.LowerDataType == ShouldPadMachine.ShouldPadMachineAssist.Enum.LowerDataType.TestDataType)
{
TestDataInfo testDataInfo = lowerDataInfo.LowerDataInfo as TestDataInfo;
if (formFlag == null)
{
formFlag = new TestFormFlag();
}
if (formFlag.ServoSensor != testDataInfo.ServoSensor)
{
formFlag.ServoSensor = testDataInfo.ServoSensor;
ReflectToObject(btnSFSensor, formFlag.ServoSensor == true ? "ON" : "OFF");
}
if (formFlag.xSensor != testDataInfo.XSensor)
{
formFlag.xSensor = testDataInfo.XSensor;
ReflectToObject(btnXSensor, formFlag.xSensor == true ? "ON" : "OFF");
}
if (formFlag.ySensor != testDataInfo.YSensor)
{
formFlag.ySensor = testDataInfo.YSensor;
ReflectToObject(btnYSensor, formFlag.ySensor == true ? "ON" : "OFF");
}
if (formFlag.greenKey1 != testDataInfo.GreenKey1)
{
formFlag.greenKey1 = testDataInfo.GreenKey1;
ReflectToObject(btnGreenKey1, formFlag.greenKey1 == true ? "ON" : "OFF");
}
if (formFlag.redKey1 != testDataInfo.RedKey1)
{
formFlag.redKey1 = testDataInfo.RedKey1;
ReflectToObject(btnRedKey1, formFlag.redKey1 == true ? "ON" : "OFF");
}
if (formFlag.greenKey2 != testDataInfo.GreenKey2)
{
formFlag.greenKey2 = testDataInfo.GreenKey2;
ReflectToObject(btnGreenKey2, formFlag.greenKey2 == true ? "ON" : "OFF");
}
if (formFlag.redKey2 != testDataInfo.RedKey2)
{
formFlag.redKey2 = testDataInfo.RedKey2;
ReflectToObject(btnRedKey2, formFlag.redKey2 == true ? "ON" : "OFF");
}
if (formFlag.clampSensorLower != testDataInfo.ClampSensorLower)
{
formFlag.clampSensorLower = testDataInfo.ClampSensorLower;
ReflectToObject(btnClampSensorLower, formFlag.clampSensorLower == true ? "ON" : "OFF");
}
if (formFlag.clampSensorMid != testDataInfo.ClampSensorMid)
{
formFlag.clampSensorMid = testDataInfo.ClampSensorMid;
ReflectToObject(btnClampSensorMid, formFlag.clampSensorMid == true ? "ON" : "OFF");
}
if (formFlag.clampSensorUp != testDataInfo.ClampSensorUp)
{
formFlag.clampSensorUp = testDataInfo.ClampSensorUp;
ReflectToObject(btnClampSensorUp, formFlag.clampSensorUp == true ? "ON" : "OFF");
}
if (formFlag.carrySensorLeft != testDataInfo.CarrySensorLeft)
{
formFlag.carrySensorLeft = testDataInfo.CarrySensorLeft;
ReflectToObject(btnCarrySensorLeft, formFlag.carrySensorLeft == true ? "ON" : "OFF");
}
if (formFlag.carrySensorRight != testDataInfo.CarrySensorRight)
{
formFlag.carrySensorRight = testDataInfo.CarrySensorRight;
ReflectToObject(btnCarrySensorRight, formFlag.carrySensorRight == true ? "ON" : "OFF");
}
ReflectToObject(XstepCode, testDataInfo.Xstep_EnCode.ToString());
ReflectToObject(YstepCode, testDataInfo.Ystep_EnCode.ToString());
ReflectToObject(SFCode, testDataInfo.SF_EnCode.ToString());
ReflectToObject(SFhallValue, testDataInfo.SF_HallValue.ToString());
ReflectToObject(IOVolt, ((testDataInfo.IO_VOLT * 1.0) / 10).ToString());
}
}
protected void SerialPortEx_DataArrived(byte[] uartDatas, byte comd) //从串口接收数据的功能函数
{
LowerDataInfo lowerDataInfo = null;
if (uartDatas != null)
{
switch (comd)
{
case 0x30:
lowerDataInfo = new MachineBasicDataInfo();
break;
case 0x31:
serialDataHelper.SendComdFlag &= 0xFFFE;
ScreenStatueData.ScreenStatueDataEX.SendDesignFlag = false;
break;
case 0x32:
serialDataHelper.SendComdFlag &= 0xFFFD;
break;
case 0x33:
lowerDataInfo = new TestDataInfo();
serialDataHelper.SendComdFlag &= 0xFFFB;
break;
case 0x34:
serialDataHelper.SendComdFlag &= 0xFFF7;
break;
case 0x35:
serialDataHelper.SendComdFlag &= 0xFFEF;
break;
case 0x36:
serialDataHelper.SendComdFlag &= 0xFFDF;
break;
case 0x37:
serialDataHelper.SendComdFlag &= 0xFFBF;
lowerDataInfo = new ShouldPadPointInfo();
SerialDataManager.FlowFlag = false;
break;
case 0x38:
serialDataHelper.SendComdFlag &= 0xFF7F;
SerialDataManager.ScreenButton = false;
ScreenStatueData.ScreenStatueDataEX.ResetBtnFlag = false;
ScreenStatueData.ScreenStatueDataEX.BackwardNeedle = false;
ScreenStatueData.ScreenStatueDataEX.ForwardNeedle = false;
break;
case 0x39:
serialDataHelper.SendComdFlag &= 0xFEFF;
lowerDataInfo = new EncstaInfo();
break;
case 0x3a:
serialDataHelper.SendComdFlag &= 0xFDFF;
MenuFormManager.SendUnLockFlag = false;
lowerDataInfo = new EncResInfo();
break;
default:
break;
}
if (haveSendData || comd != 0x30)
{
haveSendData = false;
serialDataModelCollect.Add(new SerialDataModel(SerialDataType.ReceiveData, comd, uartDatas));
}
if (lowerDataInfo != null)
{
lowerDataInfo.LoadLowerData(uartDatas);
OnFeedBack(new UartComdEventArgs(lowerDataInfo));
}
}
serialDataHelper.HaveReceiveData = true;
}
