public RelayTestTools(IPressSystem psys, int outChannelPsys, IStateRelayReader stateRelayReader,
IRelayDevice relayDevice)
{
this.psys = psys;
this.outChannelPsys = outChannelPsys;
this.stateRelayReader = stateRelayReader;
this.relayDevice = relayDevice;
stateRelayReader.StateReadEvent += (o, e) => updateStateRelayAutoReset.Set();
}
public DigitalPdSimulator(IPressSystem pressSystem, double rangeMin, double rangeMax, double precision, bool absoluteType)
{
this.pressSystem = pressSystem;
this.rangeMin = rangeMin;
this.rangeMax = rangeMax;
this.precision = precision;
this.absoluteType = absoluteType;
random = new Random();
}
public void Init(IDialogService dialogService)
{
try
{
this.dialogService = dialogService;
if (!CheckMetrologicPart())
{
this.dialogService.ErrorMessage("Внимание! Метрологически значимая часть была изменена. " +
"Для получения более подробной информации откройте меню \"О программе\"");
}
Exception = null;
var psysCommands = new PsysCommandSimulator();
// var psysCommands = new Commands(Settings.PsysSettings.IP, 49002);
psys = new PressSystem(psysCommands, Settings.PsysSettings.MaxTimeSetPressure);
SystemStatus.Init(Settings);
psys.ExceptionEvent += Exception_psys_event;
psys.ConnectEvent += SystemStatus.PressSysten_ConnectEvent;
psys.DisconnectEvent += SystemStatus.PressSystemDisconnectEvent;
psys.BeginConnectEvent += SystemStatus.PressSystem_BeginConnectEvent;
metrologicGroups = new MetrologicGroups(Settings.JsonReportSettings.StandId);
savingResults = new SavingResults(Settings, SystemStatus);
remoteControl?.Dispose();
if (!Settings.UsedRemoteControl)
{
processErrorHandler = new ErrorHandler(Settings, SystemStatus, dialogService);
ReadPsysInfo();
}
else
{
processErrorHandler = new ErrorHandlerRemoteControlMode(Settings, SystemStatus);
if (Settings.RemoteControlVer == "v2.0")
{
remoteControl = new RemoteControl(this, Settings.RemoteControlIp, 49003, System.Text.Encoding.UTF8, metrologicGroups);
}
else
{
remoteControl = new RemoteControl(this, Settings.RemoteControlIp, 49003, System.Text.Encoding.Unicode, metrologicGroups);
}
remoteControl.StartListening();
}
// throw new Exception();
}
catch (PressSystemException ex)
{
Exception = ex;
dialogService.ErrorMessage("Не удалось установить связь со стойкой давления по запросу. Проверьте состояние ее готовности " +
"и нажмите кнопку \"Установить связь со стойкой давления\". Или измените настройки в меню \"Система\"");
}
catch (Exception ex)
{
Exception = ex;
dialogService.ErrorMessage(ex.Message);
}
}
public CurrentMeasurmentTools(IPressSystem psys, int outChannelPsys, IAmmetr ammeter) : base(psys, outChannelPsys)
{
this.ammeter = ammeter;
updCurrentValueAutoReset = new AutoResetEvent(false);
ammeter.UpdMeasureResult += (obj, e) => updCurrentValueAutoReset.Set();
}
public MeasurmendIndicator(IPressSystem psys, bool absolutePressure)
: this(null, psys, absolutePressure)
{
}
public MeasurmendIndicator(IAmmetr ammetr, IPressSystem psys, bool absolutePressure)
{
this.ammetr = ammetr;
this.psys = psys;
this.absolutePressure = absolutePressure;
}
public AbstractMeasurmentTools(IPressSystem psys, int outChannelPsys)
{
this.psys = psys;
this.outChannelPsys = outChannelPsys;
}
public DigitalMeasurmentTools(IPressSystem psys, int outChannelPsys, IDigitalPort digitalPort) :
base(psys, outChannelPsys)
{
this.digitalPort = digitalPort;
}