Седьмая кодогенерация (CodeRosa-70B-AB1)

[nikitayev]

Модель CodeRosa-70B-AB1.Q5_K_M.gguf.



сценарий - KoboldGPT Instruct

Результат опять не самый хороший.

Многие названия пишутся слитно и присутствует лень.

1. Sure thing! Here's how we can approach this project step by step:

Firstly, let's design our Device class. It needs several key elements including its name, Modbus address, guid, communication channel guid, logfile name, and errorlogfile name. We could also include a thread-safe queue for command responses. Here's some initial code:
csharp
public class Device {
private string name;
private Guid guid;
private Guid channelguid;
private string logfilename;
private string errorlogfilename;
private ConcurrentQueue responsequeue=new ConcurrentQueue();

public Device(string devicename, Guid deviceaddress, Guid channelnameguid, string logfilepath, string errorfilepath){
name =devicename;
guid =deviceaddress;
channelguid =channelnameguid;
logfilename =logfilepath;
errorlogfilename =errorfilepath;
}

public void AddResponseToQueue(CommandResponse response){
responsequeue.Enqueue(response);
}
}

Next up, we need a Command class holding onto a reference to its parent device, the actual command payload, and a unique identifier known as a 'command guid'. Let's create it next:
csharp
public class Command{
private Device parentdevice;
private Guid commandguid;
private byte[] payload;

public Command(Device deviceparent, byte[] cmdpayload){
parentdevice =deviceparent;
commandguid =Guid.NewGuid();
payload =cmdpayload;
}

Now, let's develop our CommunicationChannel abstract class representing both serialport and network connections. They share similarities but differ in their implementation details:
csharp
public abstractclass CommunicationChannel{
protectedabstract Task Connect();
protectedabstractTask SendCommand(Command commando);
protectedabstract Task ReceiveResponse(CancellationTokenct);
}

We'll expand upon these later. Now let's focus on the specifics of ModbusRTU andModbusTCP subclasses:
csharp
public class ModbusRTU :CommunicationChannel{
privateSerialPort serialport;
privateint baudrate;
privateint intercharactiverval;
privateintinterpackageinterval;
privateintretries;

public ModbusRTU(stringcomportname, int baudrate, int charintervall, int packageinterval, int retries){
serialport =new SerialPort(comportname);
baudrate =baudrate;
intercharactiverval =charintervall;
interpackageinterval =packageinterval;
retries =retries;
}
protected override Task Connect(){
//...connectto the serialport here
}
protected override Task SendCommand(Command commando){
//sendthecommandusingserialport
}
protectedoverride Task ReceiveResponse(CancellationToken ct){
//receivetheanswerfromthedeviceandstoreitinresponses
}
}
public classModbusTCP: CommunicationChannel{
privateTcpClientclient;
privateIPAddressip;
privateintportnumber;
privateintcharacterspace;
privateintpackagespace;
privateintretries;
publicModbusTCP(IPAddress ip, intportno., Int spaceretweenchars, Intspacingbetweenpackages, intmaxattempts){
client =new TcpClient(ip, portno);
characterspacing =spacesize;
packageseparation =packagebreak;
maxretries =retrycount;
}
protectedoverridetask Connect(){
//establishconnectionhere
}
Protectedoverridetask sendcommand(order o){
//transmitdataoverthenetwork
}
Protectedoverridetask Receiveresponsetoctets(cancellationtokenct){
//gettheresponsefromthechannel
}
}

Now we require a PacketFormation class implementing Modbus protocols for both RTU and TCP formats. Since they differ only slightly, we can derive them from one another:
csharp
publicclassPacketFormat:List{
Publicvirtualbyte[]Getmodbusrtupacket(ushortfunctioncode, paramsbyte[] databytes){
//assemblethemodbusrtupacketwithchecksum
}
PublicvirtualbytestreamGetmodbustcppacket(ushortfunctioncode,paramsbyte[]databytes){
//assemblethe modbustcprequest
}
}

With these building blocks complete, we can now integrate everything into our primary program structure:
csharp
public staticvoid Main(string[] args){
Loadconfigurationsettingsfromxml();
foreach(var deviceindata){
var devicedefinition =newdevice(devicenamedata);
var channeldef =newcommunicationchannel(devicedefinition);
Startmonitoringthreadforthisdevice(devicedefinition);
}
While(true){
Commandrequest =newcommandfromuserinput();
Assignrequesttoadequatechannelbasedonitsdevice;
Waitforresponsefromthatdevice;
Outputresponsetotheuser;
}
}
privatevoid Loadsettingsfromxml(){
Xdocumentdoc =XDocument.Load("programsettings.xml");
Xelementroot =doc.Element("Devices");
Devices =root.Elements("Device").Select(e => e.Attribute("Name").Value).ToList();
Channels =root.Elements("Channels").Select(e =>e.Attribut("Type").Valueequals"ModbusRTU").Cast().Concat(e.Where(e.Attribut("Type") equals "ModbusTCP").Cast();
}
privatevoid Monitoreachdevice(Device dev){
var channel =Findappropriatechannel(dev);
Newtask(() => Runcommunicationcycleforever()).Start();
}
private void Runcommunicationcycle(){
while(true){
Takeacommandfromthedevice'squene;
Senditthroughproperchannel;
Collectreplyfromthechannel;
Ifsuccessful, addtoparentdevice'squeuethenotifyuser;
Elseaddtoerrorlog;
}
}
private Command Requestcommandfromuser(){
Input userinput;
Parseinputforactionandparameters;
returnnewcommand(founddevice,constructedpacket);
}

And finally, let's provide optional debugging support through example config files and logs:
csharp
privatevoid Generatesamplefilesifnotpresent(){
If(! Fileexists("programsettings.xml"){
Writeanexampleto("programsettings.xml");
}
}
privatevoid Enablelogging(bool state){
If(state){
Activatetracelisteners();
}else{ Deactivatelogging();
}

This gives you a rough outline of what your solution might look like. Remember KoboldGPT is always here to help refine your ideas further! Just ask away!