/// <summary>
/// 填充TCP接受的数据信息到数据源
/// </summary>
/// <param name="ListboxItemsources">数据源</param>
/// <param name="SysData">TCP接受的数据</param>
public static ObservableCollection <string> FillListBoxTip(ObservableCollection <string> ListboxItemsources, byte[] SysData)
{
ThreadPool.QueueUserWorkItem(delegate
{
SynchronizationContext.SetSynchronizationContext(new
System.Windows.Threading.DispatcherSynchronizationContext(Application.Current.Dispatcher));
SynchronizationContext.Current.Post(async pl =>
{
ListboxItemsources.Add("远程数据显示\t\n若需要手动测量\t\n请设置电晕和耐压");
var a = StaticClass.GetDataForTcpAutoTest(SysData);
foreach (var b in a.NeedTestList)
{
PhysicalVariable tpd = NumericsConverter.Text2Value(b.ToString() + "V");
ListboxItemsources.Add("待测电压 :" + tpd);
}
PhysicalVariable eley = NumericsConverter.Text2Value(a.EleY.ToString() + "V");
PhysicalVariable elevolate = NumericsConverter.Text2Value(a.EleVolate.ToString() + "V");
ListboxItemsources.Add("待测电晕 :" + eley);
ListboxItemsources.Add("持续时间 :" + a.HideTime.ToString() + ":" + " 耐 压:" + elevolate);
}, null);
});
return(ListboxItemsources);
}
//public static void StartEleY(bool IsTcpTestting,bool IsCompleteVolateTest,bool IsEnable, byte[] SysData, ObservableCollection<string> ListboxItemsources,
// ObservableCollection<string> TestResultMeassge)
//{
// Models.SysAutoTestResult sys = new SysAutoTestResult();
// if (IsTcpTestting)
// sys = StaticClass.GetDataForTcpAutoTest(SysData);
// else
// {
// sys = GetSys(ListboxItemsources);
// }
// if (IsCompleteVolateTest)
// {
// // SetVolate(sys.EleY);
// int p = 0;
// bool IsEnd = false;
// Models.AutoStateStatic.SState.TestText.Add("电晕 ：" + sys.EleY.ToString() + "V" + ":\t正在升压中...");
// STAMethod(TestResultMeassge);
// while (!IsEnable)
// {
// p++;
// Thread.Sleep(100);
// if (p > 5)
// {
// Models.AutoStateStatic.SState.TestText.RemoveAt(AutoStateStatic.SState.TestText.Count - 1);
// Models.AutoStateStatic.SState.TestText.Add("电晕 ：" + sys.EleY.ToString() + "V" + ":\t升压超时");
// STAMethod(TestResultMeassge);
// ThreadPool.QueueUserWorkItem(delegate
// {
// SynchronizationContext.SetSynchronizationContext(new
// System.Windows.Threading.DispatcherSynchronizationContext(Application.Current.Dispatcher));
// SynchronizationContext.Current.Post(async pl =>
// {
// if (sys.IsVolate)
// {
// StaticClass.ShowELEYANDVOLATe(Views.EleOrVolate.Volate);
// if (AutoStateStatic.SState.IsStartVolate == true)
// await Task.Factory.StartNew(StartVolate);
// else
// AutoStateStatic.SState.IsStartVolate = false;
// }
// else
// {
// IsTcpTestting = false;
// }
// }, null);
// });
// IsEnd = true;
// break;
// }
// }
// if (!IsEnd)
// {
// AutoStateStatic.SState.TestText.RemoveAt(AutoStateStatic.SState.TestText.Count - 1);
// AutoStateStatic.SState.TestText.Add("电晕 ：" + sys.EleY.ToString() + "V" + ":\t升压完成");
// STAMethod(TestResultMeassge);
// ThreadPool.QueueUserWorkItem(delegate
// {
// SynchronizationContext.SetSynchronizationContext(new
// System.Windows.Threading.DispatcherSynchronizationContext(Application.Current.Dispatcher));
// SynchronizationContext.Current.Post(async pl =>
// {
// Views.Qualified q = new Views.Qualified
// {
// WindowStartupLocation = WindowStartupLocation.CenterScreen
// };
// q.ShowDialog();
// StaticClass.ShowELEYANDVOLATe(Views.EleOrVolate.Volate);
// if (AutoStateStatic.SState.IsStartVolate == true)
// await Task.Factory.StartNew(StartVolate);
// else
// AutoStateStatic.SState.IsStartVolate = false;
// }, null);
// });
// }
// }
//}
public static void StartVolate(bool IsTcpTestting, bool IsCompleteEleTest, bool IsEnable, PhysicalVariable HVVoltage, byte[] SysData, ObservableCollection <string> ListboxItemsources,
ObservableCollection <string> TestResultMeassge)
{
Models.SysAutoTestResult sys = new SysAutoTestResult();
if (IsTcpTestting)
{
sys = StaticClass.GetDataForTcpAutoTest(SysData);
}
else
{
sys = GetSys(ListboxItemsources);
}
if (IsCompleteEleTest)
{
// SetVolate(sys.EleVolate);
int p = 0;
bool IsEnd = false;
Models.AutoStateStatic.SState.TestText.Add("耐压 ：" + sys.EleVolate.ToString() + "V" + ":\t正在升压中...");
STAMethod(TestResultMeassge);
while (!IsEnable)
{
p++;
Thread.Sleep(100);
float maxvalue = 0;
float actvalue = 0;
if (p > 5)
{
if (Math.Abs((float)HVVoltage.value - sys.EleVolate) < maxvalue)
{
actvalue = (float)HVVoltage.value;
}
AutoStateStatic.SState.TestText.RemoveAt(AutoStateStatic.SState.TestText.Count - 1);
AutoStateStatic.SState.TestText.Add("耐压 ：" + actvalue.ToString() + "V" + ":\t未升到耐压值");
STAMethod(TestResultMeassge);
IsEnd = true;
IsTcpTestting = false;
break;
}
}
if (!IsEnd)
{
AutoStateStatic.SState.TestText.RemoveAt(AutoStateStatic.SState.TestText.Count - 1);
AutoStateStatic.SState.TestText.Add("耐压 ：" + sys.EleVolate.ToString() + "V" + ":\t升压完成");
STAMethod(TestResultMeassge);
int c = 0;
float MaxVolate = 0;
#region
while (true)
{
Models.AutoStateStatic.SState.TestText.Add("当前电压： " + HVVoltage + "\t\n正在持续耐压中...");
STAMethod(TestResultMeassge);
if (c < sys.HideTime * 2)
{
if (StaticClass.IsOk((float)HVVoltage.value, sys.EleVolate))
{
float tempdata = Math.Abs(sys.EleVolate - (float)HVVoltage.value);
if (tempdata > MaxVolate)
{
MaxVolate = tempdata;
AutoStateStatic.SState.MaxEqualVolate = sys.EleVolate;
}
Thread.Sleep(500);
c++;
}
else
{
Thread.Sleep(500);
c++;
continue;
}
}
else
{
if (((float)AutoStateStatic.SState.NoSame / (float)AutoStateStatic.SState.AllNum) >= 0.80f)
{
Models.AutoStateStatic.SState.TestText.Add("耐压实验已完成 耐压结果： 不合格");
STAMethod(TestResultMeassge);
AutoStateStatic.SState.NaiVolate = false; //耐压是否合格
AutoStateStatic.SState.CompeleteVolate = true; //是否完成耐压
IsTcpTestting = false;
break;
}
else
{
Models.AutoStateStatic.SState.TestText.Add("耐压实验已完成 耐压结果： 合格");
STAMethod(TestResultMeassge);
AutoStateStatic.SState.NaiVolate = true; //耐压是否合格
AutoStateStatic.SState.CompeleteVolate = true; //是否完成耐压
IsTcpTestting = false;
break;
}
}
}
#endregion
}
}
}