public override void Read(MCDataProcessor source)
{
this.NetworkNumber = source.ReadByte();
this.PLCNumber = source.ReadByte();
this.IONumber = source.ReadUShort();
this.StationNumber = source.ReadByte();
this.CommandCode = source.ReadUShort();
this.SubCommandCode = source.ReadUShort();
}
public static DeviceCode Read(MCDataProcessor source)
{
if (source.DataCode == CommunicationDataCode.BINARY)
{
var code = (DeviceCode)source.ReadByte();
return(code);
}
else if (source.DataCode == CommunicationDataCode.ASCII)
{
bool prev = source.IgnoreConvert;
try
{
source.IgnoreConvert = true;
var bytes = source.ReadBytes(2);
var toString = Encoding.Default.GetString(bytes);
return(Enum.TryParse(toString.Replace("*", ""), out DeviceCode code) ? code : DeviceCode.None);
}
finally
{
source.IgnoreConvert = prev;
}
}
return(DeviceCode.None);
}
public override void Read(MCDataProcessor source)
{
if (source.DataCode == CommunicationDataCode.BINARY)
{
this.Offset = source.ReadUShort();
source.ReadByte();
this.DeviceCode = DeviceCodeSerializer.Read(source);
}
else if (source.DataCode == CommunicationDataCode.ASCII)
{
this.DeviceCode = DeviceCodeSerializer.Read(source);
source.ReadByte();
this.Offset = source.ReadUShort();
}
this.Count = source.ReadUShort();
}
public override void Read(MCDataProcessor source)
{
if (source.DataCode == CommunicationDataCode.BINARY)
{
this.Offset = source.ReadUShort();
source.ReadByte();
this.DeviceCode = DeviceCodeSerializer.Read(source);
}
else if (source.DataCode == CommunicationDataCode.ASCII)
{
this.DeviceCode = DeviceCodeSerializer.Read(source);
this.Offset = source.ReadUShort();
source.ReadByte();
}
int count = source.ReadUShort();
var data = this.Data = new ushort[count];
for (int i = 0; i < count; i++)
{
data[i] = source.ReadUShort();
}
}
