public static CNCAlarm GetCurrentAlarm(CNCMachine machine)
{
if (machine == null)
{
return(null);
}
return(GetCurrentAlarm(GetCNCStation(machine.MachineIP.ToString())));
}
public static bool GetPartCount(CNCMachine machine, CNCPartCount cncPartCount)
{
if (machine == null)
{
return(false);
}
return(GetPartCount(GetCNCStation(machine.MachineIP.ToString()), cncPartCount));
}
public static string GetPlcVer(CNCMachine machine)
{
if (machine == null)
{
return("");
}
return(GetPlcVer(GetCNCStation(machine.MachineIP.ToString())));
}
public static bool GetInformation(CNCMachine machine, CNCInformation cncInfo)
{
if (machine == null)
{
return(false);
}
return(GetInformation(GetCNCStation(machine.MachineIP.ToString()), cncInfo));
}
public static bool GetSpindle(CNCMachine machine, CNCSpindle cncSpindle)
{
if (machine == null)
{
return(false);
}
return(GetSpindle(GetCNCStation(machine.MachineIP.ToString()), cncSpindle));
}
public static bool WritePlcSBit(CNCMachine machine, int port, byte data)
{
if (machine == null)
{
return(false);
}
return(WritePlcSBit(GetCNCStation(machine.MachineIP.ToString()), port, data));
}
public static bool WriteRegisterData(CNCMachine machine, int registerPort, int data)
{
if (machine == null)
{
return(false);
}
return(WriteRegisterData(GetCNCStation(machine.MachineIP.ToString()), registerPort, data));
}
public static bool SetWorkCoord_G54(CNCMachine machine, List <float> data)
{
if (machine == null)
{
return(false);
}
return(SetWorkCoord_G54(GetCNCStation(machine.MachineIP.ToString()), data));
}
public static bool GetPosition(CNCMachine machine, CNCPosition cncPosition)
{
if (machine == null)
{
return(false);
}
return(GetPosition(GetCNCStation(machine.MachineIP.ToString()), cncPosition));
}
public static string SeriesNo(CNCMachine machine)
{
if (machine == null)
{
return("");
}
return(SeriesNo(GetCNCStation(machine.MachineIP.ToString())));
}
public static bool GetPlcSBit(CNCMachine machine, int port, out byte data)
{
data = 0;
if (machine == null)
{
return(false);
}
return(GetPlcSBit(GetCNCStation(machine.MachineIP.ToString()), port, out data));
}
public static bool GetRegisterData(CNCMachine machine, int registerPort, out int data)
{
data = -1;
if (machine == null)
{
return(false);
}
return(GetRegisterData(GetCNCStation(machine.MachineIP.ToString()), registerPort, out data));
}
public static bool GetRegisterString(CNCMachine machine, int registerPort, out string str)
{
str = "";
if (machine == null)
{
return(false);
}
return(GetRegisterString(GetCNCStation(machine.MachineIP.ToString()), registerPort, out str));
}
public static bool GetFeedPercent(CNCMachine machine, out int data)
{
data = 0;
if (machine == null)
{
return(false);
}
return(GetFeedPercent(GetCNCStation(machine.MachineIP.ToString()), out data));
}
public static void SetMachineModeNext(CNCMachine mchine)
{
EnumCNCMachinMode mode;
SyntecRemoteCNC cNCStation = GetCNCStation(mchine.MachineIP.ToString());
if ((cNCStation != null) && GetMachineMode(cNCStation, out mode))
{
int num = ((int)(mode + 1) % CarryLine.Common.Common.MachineModeCount);
SetMachineMode(cNCStation, (EnumCNCMachinMode)num);
}
}
public static void MoveAxis(CNCMachine machine, float axisXMachMax, float axisXMachMin, float axisYMachMax, float axisYMachMin, CNCPort xPosPort, CNCPort yPosPort, CNCPort moveStartPort, List <float> dist)
{
if (((machine != null) && (xPosPort != null)) && ((yPosPort != null) && (moveStartPort != null)))
{
SyntecRemoteCNC cNCStation = GetCNCStation(machine.MachineIP.ToString());
if (cNCStation != null)
{
MoveAxis(cNCStation, dist, axisXMachMax, axisXMachMin, axisYMachMax, axisYMachMin, xPosPort.PortNumber, yPosPort.PortNumber, moveStartPort.PortNumber, machine.ResetPortIntervalTime.Value);
}
}
}
public static bool GetPLCAdreesData(CNCMachine machine, CNCPort port, out int data)
{
data = -1;
if ((machine == null) || (port == null))
{
return(false);
}
byte num = 0;
bool flag = false;
switch (port.AddressType)
{
case EnumCNCAddress.I:
flag = GetPlcIBit(machine, port.PortNumber, out num);
data = num;
return(flag);
case EnumCNCAddress.O:
flag = GetPlcOBit(machine, port.PortNumber, out num);
data = num;
return(flag);
case EnumCNCAddress.C:
flag = GetPlcCBit(machine, port.PortNumber, out num);
data = num;
return(flag);
case EnumCNCAddress.S:
flag = GetPlcSBit(machine, port.PortNumber, out num);
data = num;
return(flag);
case EnumCNCAddress.A:
flag = GetPlcABit(machine, port.PortNumber, out num);
data = num;
return(flag);
case EnumCNCAddress.R:
return(GetRegisterData(machine, port.PortNumber, out data));
}
return(flag);
}
public static bool Reset(CNCMachine machine, CNCPort port)
{
return(((machine != null) && (port != null)) && Reset(GetCNCStation(machine.MachineIP.ToString()), port.PortNumber, machine.ResetPortIntervalTime.Value));
}
public string AddOrEditCNCMachineAPI(CNCMachineDTO dto)
{
try
{
int EQP_Uid = CNCMachineRepository.GetEquipment_UID(dto.BG_Organization_UID, dto.FunPlant_Organization_UID == null ? 0 : dto.FunPlant_Organization_UID.Value, dto.Equipment);
if (EQP_Uid == 0)
{
return("保存失败:没有找到对应的设备EMT号.");
}
if (dto.CNCMachineUID == 0)
{
CNCMachine SC = new CNCMachine();
SC.Plant_Organization_UID = dto.Plant_Organization_UID;
SC.BG_Organization_UID = dto.BG_Organization_UID;
SC.FunPlant_Organization_UID = dto.FunPlant_Organization_UID;
if (EQP_Uid != 0)
{
SC.EQP_Uid = EQP_Uid;
}
else
{
SC.EQP_Uid = null;
}
SC.Machine_Name = dto.Machine_Name;
SC.Machine_ID = dto.Machine_ID;
SC.Project_UID = dto.Project_UID;
SC.Is_Enable = dto.Is_Enable;
SC.Modified_UID = dto.Modified_UID;
SC.Modified_Date = dto.Modified_Date;
CNCMachineRepository.Add(SC);
_unitOfWork.Commit();
return("");
}
else
{
var SC = CNCMachineRepository.GetFirstOrDefault(m => m.CNCMachineUID == dto.CNCMachineUID);
SC.Plant_Organization_UID = dto.Plant_Organization_UID;
SC.BG_Organization_UID = dto.BG_Organization_UID;
SC.FunPlant_Organization_UID = dto.FunPlant_Organization_UID;
if (EQP_Uid != 0)
{
SC.EQP_Uid = EQP_Uid;
}
else
{
SC.EQP_Uid = null;
}
SC.Machine_Name = dto.Machine_Name;
SC.Machine_ID = dto.Machine_ID;
SC.Project_UID = dto.Project_UID;
SC.Is_Enable = dto.Is_Enable;
SC.Modified_UID = dto.Modified_UID;
SC.Modified_Date = dto.Modified_Date;
CNCMachineRepository.Update(SC);
_unitOfWork.Commit();
return("0");
}
}
catch (Exception e)
{
return("保存失败:" + e.Message);
}
}
public static bool Start(CNCMachine machine, CNCPort startPort, CNCPort resetPort)
{
return((((machine != null) && (startPort != null)) && (resetPort != null)) && Start(GetCNCStation(machine.MachineIP.ToString()), startPort.PortNumber, resetPort.PortNumber, machine.ResetPortIntervalTime.Value));
}
public static bool WriteNcMain(CNCMachine machine, string fileName)
{
return(WriteNcMain(GetCNCStation(machine.MachineIP.ToString()), fileName));
}
public static bool GetMachineMode(CNCMachine machine, out EnumCNCMachinMode mode)
{
return(GetMachineMode(GetCNCStation(machine.MachineIP.ToString()), out mode));
}
public static bool GetMachineRunMode(CNCMachine machine, out int data, CNCCheckPort port)
{
data = -1;
return(((machine != null) && (port != null)) && GetMachineRunMode(GetCNCStation(machine.MachineIP.ToString()), out data, port.PortNumber));
}
public static bool GetNCPointer(CNCMachine machine, out int pointer)
{
pointer = 0;
return(GetNCPointer(GetCNCStation(machine.MachineIP.ToString()), out pointer));
}
