public static UInt32 AppendInt16Data(ref byte[] buffer, UInt32 bufferLength, Int16 s16Data)
{
var ktls = buffer.ToList();
ktls.AddRange(BytesConvertHelper.ConvertInt16ToByteArray(s16Data));
buffer = ktls.ToArray();
return(2);
}
public static byte[] PacketTestWorkGraphDataPackage(byte slaveId)
{
const byte periodPointCount = 135;
var buffer = new byte[0];
// Zigbee短地址，即Modbus设备地址
AppendByte(ref buffer, slaveId);
//功能码
AppendByte(ref buffer, MB_FUNC_SLAVE_WORKGRAPH_DATA);
//RTU设备编号
AppendBytes(ref buffer, BytesConvertHelper.ConvertInt32ToByteArray(0x13FFFF00 + slaveId));
//长度，先占位，后面填充
AppendBytes(ref buffer, BytesConvertHelper.ConvertInt16ToByteArray(11 + 135 * 4));
//采样点数 PointCount
AppendByte(ref buffer, periodPointCount);
//采样间隔 SampleInterval*100
AppendBytes(ref buffer, BytesConvertHelper.ConvertInt16ToByteArray((short)(1562)));
////以下为数据部分
//////////////////////////////////////////////////////////////////
//以数据填充开始
//////////////////////////////////////////////////////////////////
for (var i = 0; i < periodPointCount; i++)
{
AppendBytes(ref buffer, BytesConvertHelper.ConvertInt16ToByteArray(ForceBuffer[i]));
}
for (var i = 0; i < periodPointCount; i++)
{
AppendBytes(ref buffer, BytesConvertHelper.ConvertInt16ToByteArray(ForceBuffer[i]));
}
//////////////////////////////////////////////////////////////////
//数据填充结束
//////////////////////////////////////////////////////////////////
////数据部分结束
////以下为包尾固定部分
//计算并保存CRC
AppendBytes(ref buffer, buffer.CRC16());
//包头标志
InsertByte(ref buffer, 0, Pack_SYN_C);
InsertByte(ref buffer, 0, Pack_SYN_B);
InsertByte(ref buffer, 0, Pack_SYN_A);
//包尾标志
AppendByte(ref buffer, Pack_STOP_A);
AppendByte(ref buffer, Pack_STOP_B);
AppendByte(ref buffer, Pack_STOP_C);
return(buffer);
}