public ElementList()
{
InitializeComponent();
PLCDeviceManager.GetPLCDeviceManager().PropertyChanged += PLCDeviceType_PropertyChanged;
DataContext = this;
Loaded += ElementList_Loaded;
}
private void AddButton_Click(object sender, RoutedEventArgs e)
{
ElementAddressType Type = (ElementAddressType)Enum.ToObject(typeof(ElementAddressType), EleTypeCombox.SelectedIndex);
Device device = PLCDeviceManager.GetPLCDeviceManager().SelectDevice;
if (EleTypeCombox.SelectedIndex == 0 || EleTypeCombox.SelectedIndex == 1 || EleTypeCombox.SelectedIndex == 13 || EleTypeCombox.SelectedIndex == 14)
{
LocalizedMessageBox.Show(Properties.Resources.Message_Can_Not_Be_Written, LocalizedMessageIcon.Error);
}
else if (!ElementAddressHelper.AssertAddrRange(Type, uint.Parse(textBox.Text) + uint.Parse(LengthTextbox.Text), device))
{
LocalizedMessageBox.Show(Properties.Resources.Message_Over_Max_Len, LocalizedMessageIcon.Error);
}
else
{
if (ElementAddressHelper.IsBitAddr(Type))
{
for (uint i = 0; i < uint.Parse(LengthTextbox.Text); i++)
{
AddElement(GenerateElementModel(true, Type.ToString(), uint.Parse(textBox.Text) + i, 0));
}
}
else
{
for (uint i = 0; i < uint.Parse(LengthTextbox.Text); i++)
{
AddElement(GenerateElementModel(false, Type.ToString(), uint.Parse(textBox.Text) + i, DataTypeCombox.SelectedIndex + 1));
}
}
}
}
private void _SimulateThread()
{
PLCDevice.Device device = PLCDeviceManager.GetPLCDeviceManager().SelectDevice;
SetBaseBit(device.BitNumber);
SetBPEnable(1);
SetClockRate(1);
// 初始化
try
{
InitRunLadder();
}
// 触发异常时暂停并发送事件等待处理
catch (Exception exce)
{
Pause();
SimulateException(exce, new RoutedEventArgs());
//SimulateAbort(this, new RoutedEventArgs());
}
// 存活状态下运行循环
while (simulateActive)
{
// 暂停状态下运行这个循环
while (!simulateRunning)
{
// 未存活时跳出这个循环
if (!simulateActive)
{
break;
}
// 等待
Thread.Sleep(10);
}
// 未存活时跳出这个循环
if (!simulateActive)
{
break;
}
// 运行一次仿真PLC
BeforeRunLadder();
try
{
RunLadder();
}
// 触发异常时暂停并发送事件等待处理
catch (Exception exce)
{
Pause();
SimulateException(exce, new RoutedEventArgs());
//SimulateAbort(this, new RoutedEventArgs());
}
AfterRunLadder();
}
// 发送线程终止的事件
SimulateAbort(this, new RoutedEventArgs());
}
private void EnsureButton_Click(object sender, RoutedEventArgs e)
{
ElementAddressType Type = (ElementAddressType)Enum.ToObject(typeof(ElementAddressType), comboBox.SelectedIndex);
Device device = PLCDeviceManager.GetPLCDeviceManager().SelectDevice;
if (Type == ElementAddressType.H || Type == ElementAddressType.K)
{
LocalizedMessageBox.Show(Properties.Resources.Constant_Monitor, LocalizedMessageIcon.Warning);
}
else if (ElementAddressHelper.AssertAddrRange(Type, uint.Parse(textBox.Text), device))
{
if ((bool)checkbox1.IsChecked && !ElementAddressHelper.AssertAddrRange(ElementAddressHelper.GetIntrasegmentAddrType(comboBox1.SelectedIndex), uint.Parse(textBox1.Text), device))
{
LocalizedMessageBox.Show(Properties.Resources.Intra_Cross, LocalizedMessageIcon.Warning);
}
else if ((bool)checkbox.IsChecked && !ElementAddressHelper.AssertAddrRange(Type, uint.Parse(textBox.Text) + uint.Parse(rangeTextBox.GetTextBox().Text) - 1, device))
{
LocalizedMessageBox.Show(Properties.Resources.Exceed_Adddress, LocalizedMessageIcon.Warning);
}
else
{
if (EnsureButtonClick != null)
{
AddrType = Type.ToString();
StartAddr = uint.Parse(textBox.Text);
if ((bool)checkbox1.IsChecked)
{
IntrasegmentType = ElementAddressHelper.GetIntrasegmentAddrType(comboBox1.SelectedIndex).ToString();
IntrasegmentAddr = uint.Parse(textBox1.Text);
}
if (ElementAddressHelper.IsBitAddr(Type))
{
DataType = 0;
}
else
{
DataType = DataTypeCombox.SelectedIndex + 1;
}
if ((bool)checkbox.IsChecked)
{
AddNums = int.Parse(rangeTextBox.GetTextBox().Text);
}
else
{
AddNums = 1;
}
EnsureButtonClick.Invoke(this, new RoutedEventArgs());
}
}
}
else
{
LocalizedMessageBox.Show(Properties.Resources.Address_Cross, LocalizedMessageIcon.Warning);
}
}
static public ArgumentValue Parse(string text)
{
string[] texts = text.Split(' ');
if (texts.Length != 3)
{
return(ArgumentValue.Null);
}
else
{
return(Create(texts[0], texts[1], texts[2], PLCDeviceManager.GetPLCDeviceManager().SelectDevice));
}
}
public static bool checkAddrRange(byte addrType, byte length, ushort startAddr)
{
switch (addrType)
{
case CommunicationDataDefine.ADDRESS_TYPE_X:
return(PLCDeviceManager.GetPLCDeviceManager().SelectDevice.XRange.AssertValue(startAddr) && PLCDeviceManager.GetPLCDeviceManager().SelectDevice.XRange.AssertValue((uint)(startAddr + length - 1)));
case CommunicationDataDefine.ADDRESS_TYPE_Y:
return(PLCDeviceManager.GetPLCDeviceManager().SelectDevice.YRange.AssertValue(startAddr) && PLCDeviceManager.GetPLCDeviceManager().SelectDevice.YRange.AssertValue((uint)(startAddr + length - 1)));
case CommunicationDataDefine.ADDRESS_TYPE_M:
return(PLCDeviceManager.GetPLCDeviceManager().SelectDevice.MRange.AssertValue(startAddr) && PLCDeviceManager.GetPLCDeviceManager().SelectDevice.MRange.AssertValue((uint)(startAddr + length - 1)));
case CommunicationDataDefine.ADDRESS_TYPE_S:
return(PLCDeviceManager.GetPLCDeviceManager().SelectDevice.SRange.AssertValue(startAddr) && PLCDeviceManager.GetPLCDeviceManager().SelectDevice.SRange.AssertValue((uint)(startAddr + length - 1)));
case CommunicationDataDefine.ADDRESS_TYPE_C:
return(PLCDeviceManager.GetPLCDeviceManager().SelectDevice.CRange.AssertValue(startAddr) && PLCDeviceManager.GetPLCDeviceManager().SelectDevice.CRange.AssertValue((uint)(startAddr + length - 1)));
case CommunicationDataDefine.ADDRESS_TYPE_T:
return(PLCDeviceManager.GetPLCDeviceManager().SelectDevice.TRange.AssertValue(startAddr) && PLCDeviceManager.GetPLCDeviceManager().SelectDevice.TRange.AssertValue((uint)(startAddr + length - 1)));
case CommunicationDataDefine.ADDRESS_TYPE_AI:
return(PLCDeviceManager.GetPLCDeviceManager().SelectDevice.AIRange.AssertValue(startAddr) && PLCDeviceManager.GetPLCDeviceManager().SelectDevice.AIRange.AssertValue((uint)(startAddr + length - 1)));
case CommunicationDataDefine.ADDRESS_TYPE_AO:
return(PLCDeviceManager.GetPLCDeviceManager().SelectDevice.AORange.AssertValue(startAddr) && PLCDeviceManager.GetPLCDeviceManager().SelectDevice.AORange.AssertValue((uint)(startAddr + length - 1)));
case CommunicationDataDefine.ADDRESS_TYPE_D:
return(PLCDeviceManager.GetPLCDeviceManager().SelectDevice.DRange.AssertValue(startAddr) && PLCDeviceManager.GetPLCDeviceManager().SelectDevice.DRange.AssertValue((uint)(startAddr + length - 1)));
case CommunicationDataDefine.ADDRESS_TYPE_V:
return(PLCDeviceManager.GetPLCDeviceManager().SelectDevice.VRange.AssertValue(startAddr) && PLCDeviceManager.GetPLCDeviceManager().SelectDevice.VRange.AssertValue((uint)(startAddr + length - 1)));
case CommunicationDataDefine.ADDRESS_TYPE_Z:
return(PLCDeviceManager.GetPLCDeviceManager().SelectDevice.ZRange.AssertValue(startAddr) && PLCDeviceManager.GetPLCDeviceManager().SelectDevice.ZRange.AssertValue((uint)(startAddr + length - 1)));
case CommunicationDataDefine.ADDRESS_TYPE_CV:
return(PLCDeviceManager.GetPLCDeviceManager().SelectDevice.CV16Range.AssertValue(startAddr) && PLCDeviceManager.GetPLCDeviceManager().SelectDevice.CV16Range.AssertValue((uint)(startAddr + length - 1)));
case CommunicationDataDefine.ADDRESS_TYPE_TV:
return(PLCDeviceManager.GetPLCDeviceManager().SelectDevice.TVRange.AssertValue(startAddr) && PLCDeviceManager.GetPLCDeviceManager().SelectDevice.TVRange.AssertValue((uint)(startAddr + length - 1)));
case CommunicationDataDefine.ADDRESS_TYPE_CV32:
return(PLCDeviceManager.GetPLCDeviceManager().SelectDevice.CV32Range.AssertValue(startAddr) && PLCDeviceManager.GetPLCDeviceManager().SelectDevice.CV32Range.AssertValue((uint)(startAddr + length - 1)));
default:
return(false);
}
}
public bool Open(XElement rootNode)
{
ProjectName = rootNode.Attribute("Name").Value;
PLCDeviceManager.GetPLCDeviceManager().SetSelectDeviceType((PLCDeviceType)Enum.Parse(typeof(PLCDeviceType), rootNode.Attribute("DeviceType").Value));
SubRoutines.Clear();
FuncBlocks.Clear();
ValueAliasManager.Clear();
ValueCommentManager.Clear();
InstructionCommentManager.Clear();
ProjectHelper.LoadValueCommentsByXElement(rootNode.Element("ValueComments"));
ProjectHelper.LoadValueAliasByXElement(rootNode.Element("ValueAlias"));
ProjectPropertyManager.LoadProjectPropertyByXElement(rootNode.Element("ProjectPropertyParams"));
MMonitorManager.MMWindow.LoadTablesByXElement(rootNode.Element("Tables"));
EleInitializeData = rootNode.Element("EleInitialize");
var ldnodes = rootNode.Elements("Ladder");
foreach (XElement ldnode in ldnodes)
{
var ldmodel = ProjectHelper.CreateLadderDiagramByXElement(ldnode, this);
if (ldmodel.IsMainLadder)
{
MainRoutine = ldmodel;
}
else
{
SubRoutines.Add(ldmodel);
TreeViewItem item = new TreeViewItem();
item.Header = ldmodel;
}
}
// Open FunctionBlock
var fbnodes = rootNode.Elements("FuncBlock");
foreach (XElement fbnode in fbnodes)
{
var fbmodel = ProjectHelper.CreateFuncBlockByXElement(fbnode, this);
FuncBlocks.Add(fbmodel);
}
var mtnodes = rootNode.Element("Modbus");
var mtmodel = new ModbusTableViewModel(this);
mtmodel.Load(mtnodes);
MTVModel = mtmodel;
return(true);
}
public void Save()
{
PLCDeviceManager.GetPLCDeviceManager().SetSelectDeviceType((PLCDeviceType)Enum.ToObject(typeof(PLCDeviceType), MainList.SelectedIndex));
}
static DeviceSelectionWidget()
{
_widget = new List <UserControl>(PLCDeviceManager.GetPLCDeviceManager().GetDeviceMessageDialogs());
}
public DeviceSelectionWidget()
{
InitializeComponent();
DataContext = PLCDeviceManager.GetPLCDeviceManager();
}
private void PLCDeviceType_PropertyChanged(object sender, PropertyChangedEventArgs e)
{
FilterCollectionByDeviceType(_elementCollection, PLCDeviceManager.GetPLCDeviceManager().SelectDevice);
UpdateElementCollection();
RangePropertyChanged();
}
private void LoadElements()
{
FilterCollectionByDeviceType(_elementCollection, PLCDeviceManager.GetPLCDeviceManager().SelectDevice);
RangePropertyChanged();
UpdateElementCollection();
}
/// <summary>
/// 仿真线程要运行的函数（图表模式）
/// </summary>
public void _SimulateThread_Chart()
{
PLCDevice.Device device = PLCDeviceManager.GetPLCDeviceManager().SelectDevice;
SetBaseBit(device.BitNumber);
SetClockRate(1);
InitRunLadder();
InitClock(TimeStart);
// 当前时间
int time = GetClock();
int count = 0;
double progress = 0.0;
while (simulateActive)
{
count++;
// 设置锁定的视点
foreach (SimulateDataModel sdmodel in locksdmodels)
{
sdmodel.Set(this, time);
}
while (!simulateRunning)
{
if (!simulateActive)
{
break;
}
Thread.Sleep(10);
}
if (!simulateActive)
{
break;
}
BeforeRunLadder();
try
{
RunLadder();
}
// 触发异常时发送事件，并暂停运行等待处理
catch (Exception exce)
{
SimulateException(exce, new RoutedEventArgs());
simulateRunning = false;
}
AfterRunLadder();
// 检查是否超过终止时间
time = GetClock();
if (time >= TimeEnd)
{
simulateActive = false;
}
if (!simulateActive)
{
break;
}
double _progress = (double)(time - TimeStart) / (TimeEnd - TimeStart) * 100;
if (_progress - progress > 1.0)
{
progress = _progress;
SimulateProgress(progress, new RoutedEventArgs());
}
// 读取监视的视点
foreach (SimulateDataModel sdmodel in viewsdmodels)
{
sdmodel.Update(this, time);
}
}
// 发送线程终止的事件
SimulateAbort(this, new RoutedEventArgs());
}
