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Wesley Hofman
2025-09-18 14:23:18 +02:00
commit 2f1f4199ad
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using System;
using System.Collections.Generic;
using System.Linq;
using System.Text;
using ChamChat.Models;
namespace ChamChat
{
public partial class TSx_Client : Client
{
private const Int32 _OptionRange = 1000;
//private const string _RAM = "RAM:20";
private const int _RAM = 20;
private const Int32 _ReturnDataWaitms = 300; // Time out for client to prepare and return data
private DateTime _ReadyToSend = DateTime.Now; // Timestamp when client is ready to communicate
public TSx_Client(Int32 MIDS, ClientType Type)
: base(MIDS, Type)
{
// Set options available in client
_Parameters = new List<Parameter>();
_Parameters.Add(Parameter.T);
_Parameters.Add(Parameter.PreTemp);
_Parameters.Add(Parameter.Tlimit);
_Parameters.Add(Parameter.ProceedWithNextStep);
// Add option range
_ClientOptions = new List<ProfileOption>();
foreach (ProfileOption o in Enum.GetValues(typeof(ProfileOption)))
if ((int)o >= _OptionRange && (int)o < _OptionRange + 999)
_ClientOptions.Add(o);
// Set availabel addresses for programming
_AvailableRAMs = new List<int>();
for (int i = 1; i < 31; i++)
_AvailableRAMs.Add(i);
_InterfaceType = InterfaceType.FDTI_USB_COM422;
}
public override Profile ReadProfile(int RAM, ref System.ComponentModel.BackgroundWorker bgw)
{
string sAddr = _Address.ToString();
string cmd;
string read;
string ram = string.Format("RAM:{0:00}", RAM);
// Communicate with client
cmd = sAddr + ",PRGMREAD," + ram;
DataTransfer(cmd, out read, _ReturnDataWaitms, 1);
bgw.ReportProgress(8);
cmd = sAddr + ",LISTTEMP?";
if (!bgw.CancellationPending)
DataTransfer(cmd, out read, _ReturnDataWaitms, 1);
string LISTTEMP = read;
bgw.ReportProgress(16);
cmd = sAddr + ",LISTPREAI?";
if (!bgw.CancellationPending)
DataTransfer(cmd, out read, _ReturnDataWaitms, 1);
string LISTPREAI = read;
bgw.ReportProgress(24);
cmd = sAddr + ",LISTPRE?";
if (!bgw.CancellationPending)
DataTransfer(cmd, out read, _ReturnDataWaitms, 1);
string LISTPRE = read;
bgw.ReportProgress(32);
cmd = sAddr + ",LISTTIME?";
if (!bgw.CancellationPending)
DataTransfer(cmd, out read, _ReturnDataWaitms, 1);
string LISTTIME = read;
bgw.ReportProgress(40);
cmd = sAddr + ",LISTCYCLE?";
if (!bgw.CancellationPending)
DataTransfer(cmd, out read, _ReturnDataWaitms, 1);
string LISTCYCLE = read;
bgw.ReportProgress(48);
cmd = sAddr + ",LISTSTARTPOSITION?";
if (!bgw.CancellationPending)
DataTransfer(cmd, out read, _ReturnDataWaitms, 1);
string LISTSTARTPOSITION = read;
bgw.ReportProgress(56);
cmd = sAddr + ",LISTEND?";
if (!bgw.CancellationPending)
DataTransfer(cmd, out read, _ReturnDataWaitms, 1);
string LISTEND = read;
bgw.ReportProgress(64);
cmd = sAddr + ",LISTNAME?";
if (!bgw.CancellationPending)
DataTransfer(cmd, out read, _ReturnDataWaitms, 1);
string LISTNAME = read;
bgw.ReportProgress(72);
cmd = sAddr + ",LISTSENSOR?";
if (!bgw.CancellationPending)
DataTransfer(cmd, out read, _ReturnDataWaitms, 1); // Not used in software.
string LISTSENSOR = read;
bgw.ReportProgress(80);
cmd = sAddr + ",LISTTEMPLIMIT?";
if (!bgw.CancellationPending)
DataTransfer(cmd, out read, _ReturnDataWaitms, 1);
string LISTTEMPLIMIT = read;
bgw.ReportProgress(88);
// 01728 test
// 4,PRGMREAD,RAM:20
// 4,LISTTEMPLIMIT?
// 4,PRGMREADEND
cmd = sAddr + ",PRGMREADEND";
DataTransfer(cmd, out read, _ReturnDataWaitms, 1);
bgw.ReportProgress(96);
Profile profile = new Profile();
// Cancel read out
if (bgw.CancellationPending)
{
profile.Title = "Cancelled";
return profile;
}
try
{
// High temperature
double TB = Double.Parse(LISTTEMP.Split(',')[0]);
string tB = LISTTIME.Split(',')[1].Trim();
double hrsB = Double.Parse(tB.Split(':')[0]);
double minB = Double.Parse(tB.Split(':')[1]);
double preTB = Double.Parse(LISTPRE.Split(',')[0]);
double HL = Double.Parse(LISTTEMPLIMIT.Split(',')[0]);
// Low temperature
double TA = Double.Parse(LISTTEMP.Split(',')[1]);
string tA = LISTTIME.Split(',')[2].Trim();
double hrsA = Double.Parse(tA.Split(':')[0]);
double minA = Double.Parse(tA.Split(':')[1]);
double preTA = Double.Parse(LISTPRE.Split(',')[1]);
double LL = Double.Parse(LISTTEMPLIMIT.Split(',')[1]);
// Number of cycles
Int32 numOfCycles = Int32.Parse(LISTCYCLE);
// Name
String name = LISTNAME;
// Options: page 44 & 72
List<ProfileOption> options = new List<ProfileOption>();
if (LISTPREAI == "ON")
options.Add(ProfileOption.TSx_PreTempAuto);
else
options.Add(ProfileOption.TSx_PreTempManual);
switch (LISTEND)
{
case "HEATRETURN":
options.Add(ProfileOption.TSx_EndModeHeatReturn);
break;
case "SETUP":
options.Add(ProfileOption.TSx_EndModeSetup);
break;
case "DEFROST":
options.Add(ProfileOption.TSx_EndModeDefrost);
break;
case "DRY":
options.Add(ProfileOption.TSx_EndModeDry);
break;
default:
options.Add(ProfileOption.TSx_EndModeOff);
break;
}
Step B = new Step(hrsB * 60 + minB);
B.T = TB;
B.PreTemp = preTB;
B.LimitT = HL;
Step A = new Step(hrsA * 60 + minA);
A.T = TA;
A.PreTemp = preTA;
A.LimitT = LL;
List<Step> steps = new List<Step>();
// If test should start in high, then start with B
if (LISTSTARTPOSITION == "H")
{
steps.Add(B);
steps.Add(A);
}
else
{
steps.Add(A);
steps.Add(B);
}
Loop loop = new Loop(numOfCycles, 0, 1);
List<Loop> loops = new List<Loop>();
loops.Add(loop);
// Create profile
profile = new Profile(name, steps, loops, options);
}
catch
{
}
return profile;
}
public override Boolean WriteProfile(Profile profile)
{
// Pass a dummy bacckgroundworker and the default RAM
return WriteProfile(profile, _RAM);
}
public override Boolean WriteProfile(Profile profile, int RAM)
{
// Pass a dummy bacckgroundworker with no event subscriptions
System.ComponentModel.BackgroundWorker bgw = new System.ComponentModel.BackgroundWorker();
return WriteProfile(profile, _RAM, ref bgw);
}
public override Boolean WriteProfile(Profile profile, int RAM, ref System.ComponentModel.BackgroundWorker bgw)
{
// Only stand alone profiles allowed!
if (!IsProgrammable(profile))
return false;
string title = profile.Title.Substring(0, (int)Math.Min(14, profile.Title.Length)).Trim();
string sAddr = _Address.ToString();
string cmd;
string read;
string ram = string.Format("RAM:{0:00}", RAM);
Step A, B; // A is low temperature step, B is high temperature step
string startPosition;
if (profile.Steps[0].T < profile.Steps[1].T)
{
A = profile.Steps[0];
B = profile.Steps[1];
startPosition = "L";
}
else
{
A = profile.Steps[1];
B = profile.Steps[0];
startPosition = "H";
}
#warning report Progress to bgw
bgw.ReportProgress(8);
// Communicate with client
cmd = sAddr + ", PRGMWRITE," + ram;
if (!bgw.CancellationPending)
DataTransfer(cmd, out read, _ReturnDataWaitms);
// Name of program
cmd = sAddr + ", NAME, " + title;
if (!bgw.CancellationPending)
DataTransfer(cmd, out read, _ReturnDataWaitms);
// Temperatures
cmd = sAddr + ", TEMP, " + string.Format("S{0:000},{1:+#;-#00}", B.T, A.T);
if (A.T == 0)
cmd = sAddr + ", TEMP, " + string.Format("S{0:000}, 000", B.T);
if (!bgw.CancellationPending)
DataTransfer(cmd, out read, _ReturnDataWaitms);
// Preheat and precool
cmd = sAddr + ", PRE, " + string.Format("{0:000},{1:+#;-#00}", B.PreTemp, A.PreTemp);
if (A.PreTemp == 0)
cmd = sAddr + ", PRE, " + string.Format("{0:000}, 000", B.PreTemp);
if (!bgw.CancellationPending)
DataTransfer(cmd, out read, _ReturnDataWaitms);
// Dwell times
int hrsA = (int)Math.Floor(A.DurationMin / 60);
int minA = (int)Math.Floor(A.DurationMin - 60 * hrsA);
int hrsB = (int)Math.Floor(B.DurationMin / 60);
int minB = (int)Math.Floor(B.DurationMin - 60 * hrsB);
cmd = sAddr + ", TIME, " + string.Format("00:00, {0:00}:{1:00}, {2:00}:{3:00}", hrsB, minB, hrsA, minA);
if (!bgw.CancellationPending)
DataTransfer(cmd, out read, _ReturnDataWaitms);
// Start position
cmd = sAddr + ", STARTPOSITION, " + startPosition;
if (!bgw.CancellationPending)
DataTransfer(cmd, out read, _ReturnDataWaitms);
// Auto preheat/precool (default is manual): page 44 & 72
string preai = "OFF";
if (profile.Options.Contains(ProfileOption.TSx_PreTempAuto))
preai = "ON";
cmd = sAddr + ", PREAI, " + preai;
if (!bgw.CancellationPending)
DataTransfer(cmd, out read, _ReturnDataWaitms);
// Number of cycles
int numOfCycles = 1;
if (profile.Loops.Count > 0)
numOfCycles = profile.Loops[0].N;
cmd = sAddr + ", CYCLE, " + string.Format("{0:0000}", numOfCycles);
if (!bgw.CancellationPending)
DataTransfer(cmd, out read, _ReturnDataWaitms);
// End mode (default is off)
string end = "OFF";
if (profile.Options.Contains(ProfileOption.TSx_EndModeHeatReturn))
end = "HEATRETURN";
if (profile.Options.Contains(ProfileOption.TSx_EndModeSetup))
end = "SETUP";
if (profile.Options.Contains(ProfileOption.TSx_EndModeDefrost))
end = "DEFROST";
if (profile.Options.Contains(ProfileOption.TSx_EndModeDry))
end = "DRY";
cmd = sAddr + ", END, " + end;
if (!bgw.CancellationPending)
DataTransfer(cmd, out read, _ReturnDataWaitms);
// Overheat/Overcool protection
cmd = sAddr + ", TEMPLIMIT, " + string.Format("{0:000},{1:+#;-#00}", B.LimitT, A.LimitT);
if (A.LimitT == 0)
cmd = sAddr + ", TEMPLIMIT, " + string.Format("{0:000}, 000", B.LimitT);
if (!bgw.CancellationPending)
DataTransfer(cmd, out read, _ReturnDataWaitms);
// Always perform PRGMWRITEEND, also if bgw.CancellationPending
cmd = sAddr + ", PRGMWRITEEND," + ram;
DataTransfer(cmd, out read, _ReturnDataWaitms);
Boolean result = false;
if (_Interface.InterfaceStatus == null)
result = true;
_Profile = profile;
return result;
}
public override Boolean IsProgrammable(Profile profile)
{
// Profile is programmable if all below applies
// number of steps 2
// number of loops < 2
// number of cycles < 9999
// -77 < tA < 0
// 60 < tB < 205
// -77 < Pre-tA < 0
// 60 <Pre-tB < 205
// Limit overcool is 0..50 °C below tA
// Limit overheat is 0..50 °C above tB
// Ramp control not used
double[] preH = new double[2]{60,205};
double[] preC = new double[2] { -77, 0 };
double[] tB = new double[2] { 60, 205 };
double[] tA = new double[2] { -77, 0 };
// Specifics
if (_Type == ClientType.TSD100S)
{
preH[1] = 305;
tB[1] = 305;
}
if (_Type == ClientType.TSD100 && _MIDS == 1728)
{
preH[0] = 30;
tB[0] = 30;
}
if (_Type == ClientType.TSE11A)
{
preC[0] = -82;
}
foreach (Step step in profile.Steps)
if (step.RampCtrlT)
{
_ClientMessages.Add(new ClientMessage("Program cannot be written to client: ramp control must be off"));
return false;
}
if (profile.Steps.Count != 2)
{
_ClientMessages.Add(new ClientMessage("Program cannot be written to client: there must be 2 steps"));
return false;
}
if (profile.Loops.Count > 1)
return false;
if(profile.Loops.Count == 1)
if(profile.Loops[0].N > 9999)
{
_ClientMessages.Add(new ClientMessage("Program cannot be written to client: number of repeats must ben smaller than 9999"));
return false;
}
Step A, B; // A is low temperature step, B is high temperature step
if (profile.Steps[0].T < profile.Steps[1].T)
{
A = profile.Steps[0];
B = profile.Steps[1];
}
else
{
A = profile.Steps[1];
B = profile.Steps[0];
}
// Step A
if (A.PreTemp < preC[0] || A.PreTemp > preC[1])
{
string msg = string.Format("pre-cool must be in range {0:0} to {1:0} °C", preC[0] , preC[1]);
_ClientMessages.Add(new ClientMessage("Program cannot be written to client: "+msg));
return false;
}
if (A.T < tA[0] || A.T > tA[1])
{
string msg = string.Format("cold temperature must be in range {0:0} to {1:0} °C", tA[0], tA[1]);
_ClientMessages.Add(new ClientMessage("Program cannot be written to client: " + msg));
return false;
}
if (A.LimitT > A.T || A.LimitT < A.T-50)
{
string msg = string.Format("cold limit must be in range {0:0} to {1:0} °C", A.T - 50, A.T);
_ClientMessages.Add(new ClientMessage("Program cannot be written to client: " + msg));
return false;
}
// Step B
if (B.PreTemp < preH[0] || B.PreTemp > preH[1])
{
string msg = string.Format("pre-heat must be in range {0:0} to {1:0} °C", preH[0], preH[1]);
_ClientMessages.Add(new ClientMessage("Program cannot be written to client: " + msg));
return false;
}
if (B.T < tB[0] || B.T > tB[1])
{
string msg = string.Format("hot temperature must be in range {0:0} to {1:0} °C", tB[0], tB[1]);
_ClientMessages.Add(new ClientMessage("Program cannot be written to client: " + msg));
return false;
}
if (B.LimitT < B.T || B.LimitT > B.T +50)
{
string msg = string.Format("hot limit must be in range {0:0} to {1:0} °C", B.T, B.T + 50);
_ClientMessages.Add(new ClientMessage("Program cannot be written to client: " + msg));
return false;
}
return true;
}
public override Boolean HasAlarm(out List<Alarm> alarms)
{
alarms = new List<Alarm>();
return true;
}
public override Boolean IsIdle()
{
// IsIdle() returns true if status of chamber is 'Standby'. See page 34 MODE?.
string sAddr = _Address.ToString();
string cmd;
string read;
cmd = sAddr + ", MODE?";
DataTransfer(cmd,out read, _ReturnDataWaitms);
if (read.Contains("STANDBY"))
return true;
return false;
}
public override Boolean Start()
{
if (_Profile == null)
return false;
string sAddr = _Address.ToString();
string cmd;
string read;
// Clear number of remaining cycles
cmd = sAddr + ", OPECYCLERESET"; // See ASSIGN page 63
DataTransfer(cmd, out read, _ReturnDataWaitms,1);
string ram = string.Format("RAM:{0:00}", _RAM);
// Assign the profile
cmd = sAddr + ", ASSIGN, " + ram; // See ASSIGN page 66
if(!DataTransfer(cmd,out read, _ReturnDataWaitms))
return false;
if (_Profile.Options.Contains(ProfileOption.TSx_StartNoSetup))
cmd = sAddr + ", OPETEST"; // See page 61
else
cmd = sAddr + ", OPESETUPEND"; // See page 61
return DataTransfer(cmd,out read, _ReturnDataWaitms);
}
public override Boolean IsFinished()
{
// Finished() returns true if chamber is not running. See page 34 MODE?.
string sAddr = _Address.ToString();
string cmd;
string read;
cmd = sAddr + ", MODE?";
DataTransfer(cmd, out read, _ReturnDataWaitms);
if (read.Contains("POWER-OFF"))
return true;
if (read.Contains("STANDBY"))
return true;
if (read.Contains("END-SETUP"))
return true;
if (read.Contains("END-READY"))
return true;
if (read.Contains("END-OFF"))
return true;
return false;
}
public override Boolean Stop()
{
string sAddr = _Address.ToString();
string cmd;
string read;
cmd = sAddr + ", OPESTANDBY";
return DataTransfer(cmd, out read, _ReturnDataWaitms);
}
public override Boolean IsOnline()
{
try
{
string sAddr = _Address.ToString();
string cmd;
string read;
cmd = sAddr + ", MODEL?";
DataTransfer(cmd, out read, _ReturnDataWaitms);
return (read.ToLower().Contains("tsd") || read.ToLower().Contains("tse"));
}
catch
{
return false;
}
}
public override String Progress()
{
string sAddr = _Address.ToString();
string cmd;
string read;
cmd = sAddr + ", CYCLE?"; // See page 38
DataTransfer(cmd,out read, _ReturnDataWaitms,1);
Int32 n = Int32.Parse(read.Split(',')[0]);
Int32 N = Int32.Parse(read.Split(',')[1]);
double t = CurrentTemperature();
return String.Format("{0:0}/{1:0} cycles executed. Temperature is {2:0} °C", n, N, t);
}
private bool TxRxSucces(string cmd, string read)
{
// Command not correctly processed
if (read.StartsWith("NA:"))
return false;
// No response received
if (read.Trim().Length < 1)
return false;
// Handle monitoring commands
if (cmd.Trim().Contains("?"))
{
return true;
}
else
{
if (read.Trim().StartsWith("OK:"))
return true;
}
return false;
}
private Boolean DataTransfer(string cmd, out string read, int ReturnDataWaitms)
{
// If no maximum number of attempts is given, it defaults to 3.
return DataTransfer(cmd, out read, ReturnDataWaitms,3);
}
// Performs transfer and adds interface logs to list in Client parent class
private Boolean DataTransfer(string cmd, out string read, int ReturnDataWaitms, int MaxNumOfAttempts)
{
// Construct command to send
cmd += (char)13; // CR
cmd += (char)10; // LF
cmd = cmd.Replace(" ", "");
// Wait for _ReadyToSend or max 1 seconds
DateTime go = DateTime.Now.AddSeconds(1);
while (DateTime.Now < _ReadyToSend && DateTime.Now < go)
System.Threading.Thread.Sleep(10);
read = "";
bool success = false;
int attempts = 0;
while (!success && attempts <= MaxNumOfAttempts)
{
DataTransferLog log = _Interface.DataTransfer(cmd, out read, ReturnDataWaitms);
success = TxRxSucces(cmd, read);
attempts++;
// Mask for showing in GUI
if (cmd.Contains("MODE?") || cmd.Contains("CYCLE?"))
log.ShowInGUI = false;
// Notify user via GUI of failed attempts
if (attempts > 1)
log.Command += string.Format(" [Attempt {0:0}]", attempts);
// Add to logs
AppendDataTransferLog(log);
// Set _ReadyToSend acc. manual specs
if (cmd.Contains("?"))
_ReadyToSend = DateTime.Now.AddMilliseconds(300);
else
_ReadyToSend = DateTime.Now.AddMilliseconds(1000);
// Sleeps
if (!success)
System.Threading.Thread.Sleep(3000); // Sleep 3 seconds before resending if failed
}
return success;
}
}
}