/// <summary>
/// 向指定地址添加指定类型和数量的数据
/// [注:当向同一个地址多次发送数据时,可以定义一个数据单元;但当向不同地址发送数据时,则需要定义多个数据单元]
/// </summary>
/// <typeparam name="T"></typeparam>
/// <param name="address"></param>
/// <param name="number"></param>
public void AssignValue <T>(ushort address, int number) where T : struct
{
this.Address = address;
{
ProDriver.Auxiliary.HZZHComDataType dtTp = ProDriver.Auxiliary.HZZHComDataType.Int;
System.Type tp = typeof(T);
if (tp.Name == "Int32")
{
dtTp = ProDriver.Auxiliary.HZZHComDataType.Int;
this.IntValue = new int[number];
}
else if (tp.Name == "Single")
{
dtTp = ProDriver.Auxiliary.HZZHComDataType.Float;
this.FloatValue = new float[number];
}
else if (tp.Name == "UInt16")
{
dtTp = ProDriver.Auxiliary.HZZHComDataType.Ushort;
this.UshortValue = new ushort[number];
}
else if (tp.Name == "Int16")
{
dtTp = ProDriver.Auxiliary.HZZHComDataType.Short;
this.ShortValue = new short[number];
}
else if (tp.Name == "UInt32")
{
dtTp = ProDriver.Auxiliary.HZZHComDataType.Uint;
this.UintValue = new uint[number];
}
else if (tp.Name == "Byte")
{
dtTp = ProDriver.Auxiliary.HZZHComDataType.Byte;
this.ByteValue = new byte[number * 2];
}
this.DataType = dtTp;
}
this.RegisterNumber = (ushort)number;
this.ComSucceed = false;
}
/// <summary>
/// 向指定地址添加指定类型的数据
/// [注:当向同一个地址多次发送数据时,可以定义一个数据单元;但当向不同地址发送数据时,则需要定义多个数据单元]
/// </summary>
/// <typeparam name="T"></typeparam>
/// <param name="address"></param>
/// <param name="arrValue"></param>
public void AssignValue <T>(ushort address, T[] arrValue) where T : struct
{
this.Address = address;
{
ProDriver.Auxiliary.HZZHComDataType dtTp = ProDriver.Auxiliary.HZZHComDataType.Int;
System.Type tp = typeof(T);
if (tp.Name == "Int32")
{
dtTp = ProDriver.Auxiliary.HZZHComDataType.Int;
this.IntValue = (int[])arrValue.Clone();
}
else if (tp.Name == "Single")
{
dtTp = ProDriver.Auxiliary.HZZHComDataType.Float;
this.FloatValue = (float[])arrValue.Clone();
}
else if (tp.Name == "UInt16")
{
dtTp = ProDriver.Auxiliary.HZZHComDataType.Ushort;
this.UshortValue = (ushort[])arrValue.Clone();
}
else if (tp.Name == "Int16")
{
dtTp = ProDriver.Auxiliary.HZZHComDataType.Short;
this.ShortValue = (short[])arrValue.Clone();
}
else if (tp.Name == "UInt32")
{
dtTp = ProDriver.Auxiliary.HZZHComDataType.Uint;
this.UintValue = (uint[])arrValue.Clone();
}
else if (tp.Name == "Byte")
{
dtTp = ProDriver.Auxiliary.HZZHComDataType.Byte;
this.ByteValue = (byte[])arrValue.Clone();
}
this.DataType = dtTp;
}
this.ComSucceed = false;
}
public ProDriver.Auxiliary.HZZHComBaseData ReadRegister(ushort address, ushort registerNumber, ProDriver.Auxiliary.HZZHComDataType dataType, int blockTime = 1000)
{
ProDriver.Auxiliary.HZZHComBaseData bsData = new HZZHComBaseData();
bsData.IsDataValid = false;
bsData.InitiativeRead = true;
bsData.RegisterNumber = registerNumber;
switch (dataType)
{
case ProDriver.Auxiliary.HZZHComDataType.Byte:
bsData.AssignValue(address, new byte[registerNumber]);
AddNetList(bsData);
break;
case ProDriver.Auxiliary.HZZHComDataType.Float:
bsData.AssignValue(address, new float[registerNumber]);
AddNetList(bsData);
break;
case ProDriver.Auxiliary.HZZHComDataType.Int:
bsData.AssignValue(address, new int[registerNumber]);
AddNetList(bsData);
break;
case ProDriver.Auxiliary.HZZHComDataType.Short:
bsData.AssignValue(address, new short[registerNumber]);
AddNetList(bsData);
break;
case ProDriver.Auxiliary.HZZHComDataType.Uint:
bsData.AssignValue(address, new uint[registerNumber]);
AddNetList(bsData);
break;
case ProDriver.Auxiliary.HZZHComDataType.Ushort:
bsData.AssignValue(address, new ushort[registerNumber]);
AddNetList(bsData);
break;
default:
break;
}
int cnt = 0;
//在板卡连接成功的情形下，一直等到数据源访问成功
while (!bsData.ComSucceed)
{
//板卡连接不成功,退出等待
if (!IsConnected)
{
break;
}
System.Threading.Thread.Sleep(1);
cnt++;
//超时退出
if (cnt > blockTime)
{
break;
}
}
bsData.IsDataValid = bsData.ComSucceed;
return(bsData);
}
