public API Init(InitVoltmeter initStructure, INIT_MODE mode = INIT_MODE.INIT)
{
if (deviceHandle == IntPtr.Zero)
{
return(API.DEVICE_DLLWASNOTLOADED);
}
Types.InitVoltmeter iS = new Types.InitVoltmeter(0);
iS.bufferSize = initStructure.bufferSize;
iS.control = initStructure.control;
iS.filter = initStructure.filter;
iS.startType = initStructure.startType;
try
{
operationStatus = Connector.UniDriverInit(deviceHandle, (uint)mode, ref iS);
}
catch (Exception ex)
{
Console.WriteLine(ex.Message);
if (ex.Message.Contains("Unable to load DLL"))
{
return((API)(operationStatus = (uint)API.UNIDRIVER_DLLWASNOTLOADED));
}
else
{
return(API.UNDEFINED);
}
}
API st = (API)(operationStatus & MASK_RSH_ERROR);
if (st == API.SUCCESS)
{
initStructure.bufferSize = iS.bufferSize;
initStructure.control = iS.control;
initStructure.filter = iS.filter;
initStructure.startType = iS.startType;
}
return(st);
}
public API Init(InitPort initStructure, INIT_MODE mode = INIT_MODE.INIT)
{
if (deviceHandle == IntPtr.Zero)
{
return(API.DEVICE_DLLWASNOTLOADED);
}
Types.InitPort iS = new Types.InitPort(0);
iS.operationType = (uint)initStructure.operationType;
iS.portAddress = initStructure.portAddress;
iS.portValue = initStructure.portValue;
try
{
operationStatus = Connector.UniDriverInit(deviceHandle, (uint)mode, ref iS);
}
catch (Exception ex)
{
Console.WriteLine(ex.Message);
if (ex.Message.Contains("Unable to load DLL"))
{
return((API)(operationStatus = (uint)API.UNIDRIVER_DLLWASNOTLOADED));
}
else
{
return(API.UNDEFINED);
}
}
API st = (API)(operationStatus & MASK_RSH_ERROR);
if (st == API.SUCCESS)
{
initStructure.operationType = (InitPort.OperationTypeBit)iS.operationType;
initStructure.portAddress = iS.portAddress;
initStructure.portValue = iS.portValue;
}
return(st);
}
public API Init(InitMemory initStructure, INIT_MODE mode = INIT_MODE.INIT)
{
if (deviceHandle == IntPtr.Zero)
{
return(API.DEVICE_DLLWASNOTLOADED);
}
Types.InitMemory iS = new Types.InitMemory(0);
iS.bufferSize = initStructure.bufferSize;
iS.control = initStructure.control;
iS.frequency = initStructure.frequency;
iS.startType = initStructure.startType;
iS.beforeHistory = initStructure.beforeHistory;
iS.controlSynchro = initStructure.controlSynchro;
iS.hysteresis = initStructure.hysteresis;
iS.packetNumber = initStructure.packetNumber;
iS.startDelay = initStructure.startDelay;
iS.threshold = initStructure.threshold;
iS.channelSynchro.control = initStructure.channelSynchro.control;
iS.channelSynchro.gain = initStructure.channelSynchro.gain;
for (int i = 0; i < initStructure.channels.Length; i++)
{
iS.channels[i].control = initStructure.channels[i].control;
iS.channels[i].gain = initStructure.channels[i].gain;
iS.channels[i].delta = initStructure.channels[i].delta;
}
try
{
operationStatus = Connector.UniDriverInit(deviceHandle, (uint)mode, ref iS);
}
catch (Exception ex)
{
Console.WriteLine(ex.Message);
if (ex.Message.Contains("Unable to load DLL"))
{
return((API)(operationStatus = (uint)API.UNIDRIVER_DLLWASNOTLOADED));
}
else
{
return(API.UNDEFINED);
}
}
API st = (API)(operationStatus & MASK_RSH_ERROR);
if (st == API.SUCCESS)
{
initStructure.bufferSize = iS.bufferSize;
initStructure.control = iS.control;
initStructure.frequency = iS.frequency;
initStructure.startType = iS.startType;
initStructure.beforeHistory = iS.beforeHistory;
initStructure.controlSynchro = iS.controlSynchro;
initStructure.hysteresis = iS.hysteresis;
initStructure.packetNumber = iS.packetNumber;
initStructure.startDelay = iS.startDelay;
initStructure.threshold = iS.threshold;
initStructure.channelSynchro.control = iS.channelSynchro.control;
initStructure.channelSynchro.gain = iS.channelSynchro.gain;
for (int i = 0; i < initStructure.channels.Length; i++)
{
initStructure.channels[i].control = iS.channels[i].control;
initStructure.channels[i].gain = iS.channels[i].gain;
initStructure.channels[i].delta = iS.channels[i].delta;
}
}
return(st);
}
public API Init(InitDMA initStructure, INIT_MODE mode = INIT_MODE.INIT)
{
if (deviceHandle == IntPtr.Zero)
{
return(API.DEVICE_DLLWASNOTLOADED);
}
Types.InitDMA iS = new Types.InitDMA(0); // для вызова своего конструктора
iS.bufferSize = initStructure.bufferSize;
iS.control = initStructure.control;
iS.dmaMode = initStructure.dmaMode;
iS.frequency = initStructure.frequency;
iS.frequencyPack = initStructure.frequencyPack;
iS.startType = initStructure.startType;
iS.threshold = initStructure.threshold;
iS.controlSynchro = initStructure.controlSynchro;
for (int i = 0; i < initStructure.channels.Length; i++)
{
iS.channels[i].control = initStructure.channels[i].control;
iS.channels[i].gain = initStructure.channels[i].gain;
iS.channels[i].delta = initStructure.channels[i].delta;
}
try
{
operationStatus = Connector.UniDriverInit(deviceHandle, (uint)mode, ref iS);
}
catch (Exception ex)
{
Console.WriteLine(ex.Message);
if (ex.Message.Contains("Unable to load DLL"))
{
return((API)(operationStatus = (uint)API.UNIDRIVER_DLLWASNOTLOADED));
}
else
{
return(API.UNDEFINED);
}
}
API st = (API)(operationStatus & MASK_RSH_ERROR);
if (st == API.SUCCESS)
{
initStructure.bufferSize = iS.bufferSize;
initStructure.control = iS.control;
initStructure.dmaMode = iS.dmaMode;
initStructure.frequency = iS.frequency;
initStructure.frequencyPack = iS.frequencyPack;
initStructure.startType = iS.startType;
initStructure.threshold = iS.threshold;
initStructure.controlSynchro = iS.controlSynchro;
for (int i = 0; i < initStructure.channels.Length; i++)
{
initStructure.channels[i].control = iS.channels[i].control;
initStructure.channels[i].gain = iS.channels[i].gain;
initStructure.channels[i].delta = iS.channels[i].delta;
}
}
return(st);
}
