internal BaseCommand InitializeCommand(BinaryReader bReader, Stream stream, uint commandSize, CpuTypes cpuType)
{
_binaryReader = bReader;
_stream = stream;
CommandSize = commandSize;
_cpuTypes = cpuType;
return(LoadCommand());
}
private void AssignDataAtModification(S7PlcConnectionDefinition connection)
{
S7CpuTypeConverter converter = new S7CpuTypeConverter();
SelectedCPUtype = CpuTypes.Single(x => x.CPUtype == converter.GetS7TypeEnum(connection.CPUtype));
ConnectionName = connection.ConnectionName;
FirstOctet = connection.FirstOctet.ToString();
SecondOctet = connection.SecondOctet.ToString();
ThirdOctet = connection.ThirdOctet.ToString();
FourthOctet = connection.FourthOctet.ToString();
Rack = connection.Rack.ToString();
Slot = connection.Slot.ToString();
ConnectionActivated = connection.ConnectionActivated;
_logger.Info($"Data for modifying existing S7 connection assigned. Connection Name: {connection.ConnectionName}, connection ID: {connection.PLCconnectionID}.");
}
static public void SetCPUType(CpuTypes type)
{
m68k_set_cpu_type((int)type);
currentCpuType = (uint)type;
}
private static List <BaseCommand> ParseCommands(BinaryReader bReader, Stream stream, int commandCount, CpuTypes cpuType)
{
var commands = new List <BaseCommand>();
var availableCommands = BaseCommand.AssemblyCommands;
for (var x = 0; x < commandCount; x++)
{
var commandTypeInt = bReader.ReadUInt32();
if (!Enum.IsDefined(typeof(CommandTypes), commandTypeInt))
{
// TODO: Error Handling
continue;
}
var commandType = (CommandTypes)commandTypeInt;
var commandSize = bReader.ReadUInt32();
var command = availableCommands.FirstOrDefault(a => a.CommandTypes.Contains(commandType));
if (command == null)
{
// TODO: Error handling
continue;
}
commands.Add(command.InitializeCommand(bReader, stream, commandSize, cpuType));
}
return(commands);
}
internal static bool IsCpu64bit(this CpuTypes cpuType) => cpuType == CpuTypes.ARM64 || cpuType == CpuTypes.PowerPC64 || cpuType == CpuTypes.x64;
