/// <summary>
/// Queries the localized string for the given sensor property.
/// </summary>
/// <returns>The localized string.</returns>
/// <param name="sensorPropety">Sensor propety.</param>
/// <param name="context">Context.</param>
public static string GetLocalizedString(this ISensorProperty sensorProperty, Context context)
{
if (sensorProperty is AlternateUnitSensorProperty)
{
return(context.GetString(Resource.String.workbench_alt));
}
else if (sensorProperty is HoldSensorProperty)
{
return(context.GetString(Resource.String.workbench_hold));
}
else if (sensorProperty is MinSensorProperty)
{
return(context.GetString(Resource.String.workbench_min));
}
else if (sensorProperty is MaxSensorProperty)
{
return(context.GetString(Resource.String.workbench_max));
}
else if (sensorProperty is PTChartSensorProperty)
{
return(context.GetString(Resource.String.workbench_ptchart));
}
else if (sensorProperty is RateOfChangeSensorProperty)
{
return(context.GetString(Resource.String.workbench_roc));
}
else if (sensorProperty is SuperheatSubcoolSensorProperty)
{
return(context.GetString(Resource.String.workbench_shsc));
}
else
{
return(context.GetString(Resource.String.na));
}
}
/// <summary>
/// Called when a sensor property is clicked in the analyzer view. Note: either the low or high side may be clicked
/// </summary>
/// <param name="manifold">Manifold.</param>
/// <param name="sensorProperty">Sensor property.</param>
private void OnSensorPropertyClicked(Manifold manifold, ISensorProperty sensorProperty)
{
var sensor = sensorProperty.sensor;
if (sensorProperty is AlternateUnitSensorProperty)
{
var asp = sensorProperty as AlternateUnitSensorProperty;
UnitDialog.Create(Activity, sensor.supportedUnits, (obj, u) => {
asp.unit = u;
}).Show();
}
else if (sensorProperty is PTChartSensorProperty)
{
ViewInPtChartActivity(manifold, sensorProperty);
}
else if (sensorProperty is SuperheatSubcoolSensorProperty)
{
ViewInSuperheatSubcoolActivity(manifold, sensorProperty);
}
else if (sensorProperty is RateOfChangeSensorProperty)
{
var ps = manifold.primarySensor as GaugeDeviceSensor;
if (ps != null && !ps.device.isConnected)
{
Toast.MakeText(Activity, Resource.String.devices_error_connect_for_roc, ToastLength.Long).Show();
}
else
{
var i = new Intent(Activity, typeof(RoCActivity));
i.PutExtra(RoCActivity.EXTRA_MANIFOLD, new AnalyzerManifoldParcelable(analyzer.lowSideManifold == manifold));
StartActivity(i);
}
}
}
private void ViewInPtChartActivity(Manifold manifold, ISensorProperty sensorProperty)
{
var side = Analyzer.ESide.Low;
if (!analyzer.GetSideOfManifold(manifold, out side))
{
Error(GetString(Resource.String.analyzer_error_failed_to_launch_ptchart_missing_manifold));
return;
}
var i = new Intent(Activity, typeof(PTChartActivity));
i.SetAction(Intent.ActionPick);
i.PutExtra(PTChartActivity.EXTRA_LOCK_FLUID, true);
i.PutExtra(PTChartActivity.EXTRA_FLUID_NAME, manifold.ptChart.fluid.name);
i.PutExtra(PTChartActivity.EXTRA_FLUID_STATE, (int)analyzer.SideAsFluidState(side));
i.PutExtra(PTChartActivity.EXTRA_ANALYZER_MANIFOLD, (int)side);
if (ion is RemoteION)
{
StartActivity(i);
}
else
{
StartActivityForResult(i, REQUEST_SHOW_PTCHART);
}
}
public AlarmSensor(ISensorProperty sensor, ISensorsSetings settings)
{
ctrl = settings;
this.sensor = sensor;
sensor.SensorAction += OnSensorAction;
}
private void NotifySensorPropertyClicked(Manifold manifold, ISensorProperty sp)
{
if (onSensorPropertyClicked != null)
{
onSensorPropertyClicked(manifold, sp);
}
}
private IRecord CreateSensorPropertyRecord(Manifold m, ISensorProperty sp)
{
if (sp is PTChartSensorProperty)
{
var p = sp as PTChartSensorProperty;
return(new PTSensorPropertyRecord(m, p));
}
else if (sp is SuperheatSubcoolSensorProperty)
{
return(new SHSCSensorPropertyRecord(m, sp as SuperheatSubcoolSensorProperty));
}
else if (sp is RateOfChangeSensorProperty)
{
return(new ROCSensorPropertyRecord(m, sp as RateOfChangeSensorProperty));
}
else if (sp is TimerSensorProperty)
{
return(new TimerSensorPropertyRecord(m, sp as TimerSensorProperty));
}
else if (sp is SecondarySensorProperty)
{
return(new SecondarySensorPropertyRecord(m, sp as SecondarySensorProperty));
}
else
{
return(new SimpleSensorPropertyRecord(m, sp));
}
}
private void AddNewAlarmSensor(ISensorProperty s)
{
RigEx.WriteLineColors($"sensor detected: {s.Name} => {s.Dictionary.Keys.Last().ToString()}".AddTimeStamp(), ConsoleColor.DarkGray);
var alarmsensor = new AlarmSensor(s, ctrl);
alarmsensor.AlarmAction += OnAlarmAction;
alarmsensor.StopMiningAction += OnStopMiningAction;
ctrl.GetAlarmdata.AddifNew(alarmsensor);
}
// Implemented for ISubviewParser
public bool Write(ISensorProperty sp, BinaryWriter writer)
{
try {
var alt = (AlternateUnitSensorProperty)sp;
writer.Write(UnitLookup.GetCode(alt.unit));
return(true);
} catch (Exception e) {
Log.E(this, "Failed to write.", e);
return(false);
}
}
private void OnSensorPropertyChanged(ISensorProperty sensorProperty)
{
if (sensorProperty is SuperheatSubcoolSensorProperty)
{
HandleSuperheatSubcoolSensorPropertyChanged(sensorProperty as SuperheatSubcoolSensorProperty);
}
else
{
HandlePTChartSensorPropertyChanged(sensorProperty as PTChartSensorProperty);
}
}
private void OnSensorPropertyChanged(ISensorProperty sensorProperty)
{
//var device = (initialRecord.manifold.primarySensor as GaugeDeviceSensor)?.device;
var device = (initialRecord.sensor as GaugeDeviceSensor)?.device;
if (device != null && device.isConnected && !isUpdating)
{
Console.WriteLine("Sensor change and graph was not updating so starting roc settings update started");
updateCellGraph();
}
}
private void WriteSensorProperty(ISensorProperty property, BinaryWriter writer)
{
var name = property.GetType();
writer.Write(name.Name);
if (property is AlternateUnitSensorProperty)
{
var sp = property as AlternateUnitSensorProperty;
writer.Write(UnitLookup.GetCode(sp.unit));
}
}
private void OnSensorPropertyChanged(ISensorProperty sensorProperty)
{
if (!isConnected && !isUpdating)
{
if (plotView != null)
{
plotView.Hidden = true;
}
isUpdating = true;
updateCellGraph();
}
}
// Implemented for ISubviewParser
public bool Write(ISensorProperty sp, BinaryWriter writer)
{
try {
var roc = (RateOfChangeSensorProperty)sp;
writer.Write((int)roc.flags);
return(true);
} catch (Exception e) {
Log.E(this, "Failed to write.", e);
return(false);
}
}
/// <summary>
/// Inserts the sensor property into the given index within the manifold.
/// </summary>
/// <returns><c>true</c>, if sensor property was inserted, <c>false</c> otherwise.</returns>
/// <param name="">.</param>
public bool InsertSensorProperty(ISensorProperty sensorProperty, int index)
{
if (HasSensorPropertyOfType(sensorProperty.GetType()))
{
return(false);
}
else
{
sensorProperties.Insert(index, sensorProperty);
NotifyOfEvent(new SensorEvent(SensorEvent.EType.LinkedSensorAdded, this, index));
return(true);
}
}
/// <summary>
/// Inserts the sensor property into the given index within the manifold.
/// </summary>
/// <returns><c>true</c>, if sensor property was inserted, <c>false</c> otherwise.</returns>
/// <param name="">.</param>
public bool InsertSensorProperty(ISensorProperty sensorProperty, int index)
{
if (HasSensorPropertyOfType(sensorProperty.GetType()))
{
return(false);
}
else
{
sensorProperties.Insert(index, sensorProperty);
NotifyOfEvent(ManifoldEvent.EType.SensorPropertyAdded, index);
return(true);
}
}
public override bool Equals(object obj)
{
if (this == obj)
{
return(true);
}
if (this == null || obj == null)
{
return(false);
}
ISensorProperty c = obj as ISensorProperty;
return(Name == c?.Name &&
HwType == c.HwType &&
dictionary.Count == c.Dictionary.Count && !dictionary.Except(c.Dictionary).Any());
}
private void OnSensorPropertyChanged(ISensorProperty sensorProperty)
{
if (!isUpdating)
{
isUpdating = true;
DoUpdateCell();
}
if (!isConnected)
{
if (plotView != null)
{
plotView.Hidden = true;
labelMeasurement.Hidden = true;
}
updateCellGraph();
}
}
private async void DoUpdateRocCell(ISensorProperty property)
{
if (!(property is RateOfChangeSensorProperty))
{
return;
}
await Task.Delay(TimeSpan.FromMilliseconds(2));
var rocproperty = property as RateOfChangeSensorProperty;
var roc = rocproperty.GetPrimaryAverageRateOfChange();
var abs = Math.Abs(roc.magnitude);
var range = (rocproperty.sensor.maxMeasurement - rocproperty.sensor.minMeasurement) / 10;
if (abs > range.magnitude)
{
rocReading.Text = ">" + SensorUtils.ToFormattedString(rocproperty.sensor.type, range, false) + " " + roc.unit.ToString() + "/min";
}
else
{
rocReading.Text = SensorUtils.ToFormattedString(rocproperty.sensor.type, roc.unit.OfScalar(abs), false) + " " + roc.unit.ToString() + "/min";
}
if (roc.magnitude == 0)
{
rocImage.Image = null;
rocReading.Text = Strings.Workbench.Viewer.ROC_STABLE;
isUpdating = false;
}
else
{
if (roc.magnitude < 0)
{
rocImage.Image = UIImage.FromBundle("ic_arrow_trend_down");
}
else
{
rocImage.Image = UIImage.FromBundle("ic_arrow_trend_up");
}
await Task.Delay(TimeSpan.FromMilliseconds(500));
DoUpdateRocCell(rocproperty);
}
}
private void WriteSensorProperty(ISensorProperty sp, BinaryWriter writer)
{
var ms = new MemoryStream();
using (var bw = new BinaryWriter(ms)) {
try {
var code = lookup[sp.GetType().Name];
var parser = parsers[code];
bw.Write((int)code);
if (parser.Write(sp, bw))
{
bw.Flush();
writer.Write(ms.ToArray());
}
} catch (Exception e) {
Log.E(this, "Failed to write sensor property {" + sp.GetType().Name + "} to writer", e);
}
}
}
/// <summary>
/// Queries the localizes string abreviation for the given sensor property.
/// </summary>
/// <returns>The localized string abreviation.</returns>
/// <param name="sensorProperty">Sensor property.</param>
/// <param name="context">Context.</param>
public static string GetLocalizedStringAbreviation(this ISensorProperty sensorProperty, Context context)
{
if (sensorProperty is AlternateUnitSensorProperty)
{
return(context.GetString(Resource.String.workbench_alt_abrv));
}
else if (sensorProperty is HoldSensorProperty)
{
return(context.GetString(Resource.String.workbench_hold_abrv));
}
else if (sensorProperty is MinSensorProperty)
{
return(context.GetString(Resource.String.workbench_min_abrv));
}
else if (sensorProperty is MaxSensorProperty)
{
return(context.GetString(Resource.String.workbench_max_abrv));
}
else if (sensorProperty is PTChartSensorProperty)
{
return(context.GetString(Resource.String.fluid_pt_abrv));
}
else if (sensorProperty is RateOfChangeSensorProperty)
{
return(context.GetString(Resource.String.workbench_roc_abrv));
}
else if (sensorProperty is SuperheatSubcoolSensorProperty)
{
return(context.GetString(Resource.String.workbench_shsc_abrv));
}
else if (sensorProperty is TimerSensorProperty)
{
return(context.GetString(Resource.String.workbench_timer_abrv));
}
else
{
return(context.GetString(Resource.String.na));
}
}
/// <summary>
/// Adds the sensor property to the manifold if the manifold does not already have a
/// sensor property of the given type.
/// </summary>
/// <param name="sensorProperty">Sensor property.</param>
/// <returns>True if the property was added, false if the manifold already has the property.</returns>
public bool AddSensorProperty(ISensorProperty sensorProperty)
{
if (HasSensorPropertyOfType(sensorProperty.GetType()))
{
return(false);
}
else
{
if (sensorProperty is SecondarySensorProperty)
{
sensorProperties.Insert(0, sensorProperty);
NotifyOfEvent(new SensorEvent(SensorEvent.EType.SensorPropertyAdded, this, 0));
return(true);
}
else
{
sensorProperties.Add(sensorProperty);
NotifyOfEvent(SensorEvent.EType.SensorPropertyAdded);
return(true);
}
}
}
private void OnOnSensorPropertyClicked(Manifold manifold, ISensorProperty sensorProperty) {
var sensor = sensorProperty.sensor;
if (sensorProperty is AlternateUnitSensorProperty) {
var asp = sensorProperty as AlternateUnitSensorProperty;
UnitDialog.Create(Activity, sensor.supportedUnits, (obj, u) => {
asp.unit = u;
}).Show();
} else if (sensorProperty is PTChartSensorProperty) {
var i = new Intent(Activity, typeof(PTChartActivity));
i.SetAction(Intent.ActionPick);
i.PutExtra(PTChartActivity.EXTRA_WORKBENCH_MANIFOLD, workbench.IndexOf(manifold));
if (ion is RemoteION) {
StartActivity(i);
} else {
StartActivityForResult(i, REQUEST_SHOW_PTCHART);
}
} else if (sensorProperty is SuperheatSubcoolSensorProperty) {
var i = new Intent(Activity, typeof(SuperheatSubcoolActivity));
i.SetAction(Intent.ActionPick);
i.PutExtra(SuperheatSubcoolActivity.EXTRA_WORKBENCH_MANIFOLD, workbench.IndexOf(manifold));
i.PutExtra(SuperheatSubcoolActivity.EXTRA_FLUID_NAME, manifold.ptChart.fluid.name);
i.PutExtra(SuperheatSubcoolActivity.EXTRA_FLUID_STATE, (int)manifold.ptChart.state);
if (ion is RemoteION) {
StartActivity(i);
} else {
StartActivityForResult(i, REQUEST_SHOW_SUPERHEAT_SUBCOOL);
}
} else if (sensorProperty is RateOfChangeSensorProperty) {
var ps = manifold.primarySensor as GaugeDeviceSensor;
if (ps != null && !ps.device.isConnected) {
Toast.MakeText(Activity, Resource.String.devices_error_connect_for_roc, ToastLength.Long).Show();
} else {
var i = new Intent(Activity, typeof(RoCActivity));
i.PutExtra(RoCActivity.EXTRA_MANIFOLD, new WorkbenchManifoldParcelable(workbench.IndexOf(manifold)));
StartActivity(i);
}
}
}
public static string GetCodeFromSensorProperty(ISensorProperty sp)
{
var type = sp.GetType();
if (typeof(AlternateUnitSensorProperty).Equals(type))
{
return("Alternate");
}
else if (typeof(PTChartSensorProperty).Equals(type))
{
return("Pressure");
}
else if (typeof(MinSensorProperty).Equals(type))
{
return("Minimum");
}
else if (typeof(MaxSensorProperty).Equals(type))
{
return("Maximum");
}
else if (typeof(HoldSensorProperty).Equals(type))
{
return("Hold");
}
else if (typeof(RateOfChangeSensorProperty).Equals(type))
{
return("Rate");
}
else if (typeof(SuperheatSubcoolSensorProperty).Equals(type))
{
return("Superheat");
}
else
{
// Log.D(typeof(RemoteAnalyzerLH).Name, "Cannot find code for sensor property: " + sp.GetType().Name + ". Returning null.");
return(null);
}
}
private void OnSensorPropertyChanged(ISensorProperty sensorProperty)
{
//if (record.manifold.secondarySensor != null) {
if (record.sensor.linkedSensor != null)
{
//labelMeasurement.Text = record.manifold.secondarySensor.measurement.amount.ToString("N") + " " + record.manifold.secondarySensor.unit;
labelMeasurement.Text = record.sensor.linkedSensor.measurement.amount.ToString("N") + " " + record.sensor.linkedSensor.unit;
//if (record.manifold.secondarySensor.type == ESensorType.Temperature){
if (record.sensor.linkedSensor.type == ESensorType.Temperature)
{
labelTitle.Text = "TEMP";
}
else
{
labelTitle.Text = "PRESS";
}
}
else
{
labelMeasurement.Text = "Not Linked";
labelTitle.Text = "Linked";
}
}
public static int CodeFromSensorProperty(ISensorProperty sp)
{
if (sp is PTChartSensorProperty)
{
return(CODE_SP_PT);
}
else if (sp is SuperheatSubcoolSensorProperty)
{
return(CODE_SP_SHSC);
}
else if (sp is MinSensorProperty)
{
return(CODE_SP_MIN);
}
else if (sp is MaxSensorProperty)
{
return(CODE_SP_MAX);
}
else if (sp is HoldSensorProperty)
{
return(CODE_SP_HOLD);
// } else if (sp is RateOfChangeSensorProperty) {
// return CODE_SP_ROC;
}
else if (sp is TimerSensorProperty)
{
return(CODE_SP_TIMER);
}
else if (sp is SecondarySensorProperty)
{
return(CODE_SP_SECONDARY);
}
else
{
return(-1);
}
}
/// <summary>
/// Adds the sensor property to the manifold if the manifold does not already have a
/// sensor property of the given type.
/// </summary>
/// <param name="sensorProperty">Sensor property.</param>
/// <returns>True if the property was added, false if the manifold already has the property.</returns>
public bool AddSensorProperty(ISensorProperty sensorProperty)
{
if (HasSensorPropertyOfType(sensorProperty.GetType()))
{
return(false);
}
else
{
if (sensorProperty is SecondarySensorProperty)
{
sensorProperties.Insert(0, sensorProperty);
NotifyOfEvent(ManifoldEvent.EType.SensorPropertyAdded, 0);
return(true);
}
else
{
sensorProperties.Add(sensorProperty);
NotifyOfEvent(ManifoldEvent.EType.SensorPropertyAdded, sensorProperties.Count - 1);
return(true);
}
}
}
/// <summary>
/// Removes the given sensor property from the manifold.
/// </summary>
/// <param name="sensorProperty">Sensor property.</param>
public void RemoveSensorProperty(ISensorProperty sensorProperty)
{
RemoveSensorPropertyAt(sensorProperties.IndexOf(sensorProperty));
}
/// <summary>
/// Views the in superheat subcool activity.
/// </summary>
/// <param name="">.</param>
private void ViewInSuperheatSubcoolActivity(Manifold manifold, ISensorProperty sensorProperty)
{
var side = Analyzer.ESide.Low;
if (!analyzer.GetSideOfManifold(manifold, out side))
{
Error(GetString(Resource.String.analyzer_error_failed_to_launch_shsc_missing_manifold));
return;
}
// If the manifold does not have a secondary sensor, then we will need to query whether or not the analyzer has
// space to accept the returned sensor. If it does not, then we cannot open the activity safely.
if (manifold.secondarySensor == null && !analyzer.CanAddSensorToSide(side))
{
var adb = new IONAlertDialog(Activity, Resource.String.error);
adb.SetMessage(string.Format(GetString(Resource.String.analyzer_error_failed_to_launch_shsc_analyzer_full_1sarg), side.ToLocalizedString(Activity)));
adb.SetNegativeButton(Resource.String.ok, (obj, args) => {
var dialog = obj as Android.App.Dialog;
dialog.Dismiss();
});
adb.Show();
return;
}
var sensor = sensorProperty.sensor;
var i = new Intent(Activity, typeof(SuperheatSubcoolActivity));
i.SetAction(Intent.ActionPick);
i.PutExtra(SuperheatSubcoolActivity.EXTRA_LOCK_FLUID, true);
i.PutExtra(SuperheatSubcoolActivity.EXTRA_FLUID_NAME, manifold.ptChart.fluid.name);
i.PutExtra(SuperheatSubcoolActivity.EXTRA_FLUID_STATE, (int)analyzer.SideAsFluidState(side));
switch (sensor.type)
{
case ESensorType.Pressure:
i.PutExtra(SuperheatSubcoolActivity.EXTRA_ANALYZER_MANIFOLD, (int)side);
if (ion is RemoteION)
{
StartActivity(i);
}
else
{
StartActivityForResult(i, EncodeSuperheatSubcoolRequest(side));
}
break;
case ESensorType.Temperature:
i.PutExtra(SuperheatSubcoolActivity.EXTRA_ANALYZER_MANIFOLD, (int)side);
if (ion is RemoteION)
{
StartActivity(i);
}
else
{
StartActivityForResult(i, EncodeSuperheatSubcoolRequest(side));
}
break;
default:
var msg = string.Format(GetString(Resource.String.analyzer_error_invalid_sensor_type), sensor.type.GetTypeString());
L.E(this, msg);
Alert(msg);
break;
}
}
private void OnSensorPropertyChanged(ISensorProperty sensorProperty)
{
HandleSuperheatSubcoolSensorPropertyChanged(sensorProperty as TargetSuperheatSubcoolProperty);
}
// Implemented for ISubviewParser
public bool Write(ISensorProperty sp, BinaryWriter writer)
{
return(true);
}