protected override void OnStart(string[] args)
{
//Создание логгера
XmlSerializer formatter = new XmlSerializer(typeof(Properties));
// десериализация
try
{
FileStream fs = new FileStream("C:\\microclimate\\Properties.xml", FileMode.Open);
properties = (Properties)formatter.Deserialize(fs);
log.Write("Полученны настройки службы", "Info");
}
catch
{
log.Write("Не удалось получить настройки службы", "Fatal");
return;
}
foreach (string str in properties.DisplayLevels)
{
log.LevelLogger[str] = true;
}
DeviceReader.SetGlobalParams(log, properties.TimeOut, properties.NumberOfRetries, connection);
connection = new SqlConnection(
string.Format(@"Data Source={0};Initial Catalog={1};Integrated Security=True",
properties.SourseToDataBase, properties.NameToDataBase));
mainThread = new Thread(new ThreadStart(Loop));
mainThread.Name = "Main";
mainThread.Start();
}
public BackgroundWorker(DeviceReader leftDeviceReader, DeviceReader rightDeviceReader, VJoyDevice vJoyDevice, LinkedList <Axis> axesList)
{
this.leftDeviceReader = leftDeviceReader;
this.rightDeviceReader = rightDeviceReader;
this.vJoyDevice = vJoyDevice;
this.axesList = axesList;
}
public void delete_null_test()
{
var console = new Mock <IConsole>();
var reader = new DeviceReader(console.Object);
Assert.ThrowsException <NullReferenceException>(() => reader.delete());
}
public void set_parser_valid_test()
{
var console = new Mock <IConsole>();
var parser = new Mock <ICommandLineParser>();
var reader = new DeviceReader(console.Object);
reader.set_parser(parser.Object);
}
public Axis(DeviceReader leftDeviceReader, DeviceReader rightDeviceReader, VJoyDevice vJoyDevice, AxisName axisInput, AxisName axisOutput, bool centered)
{
this.leftDeviceReader = leftDeviceReader;
this.rightDeviceReader = rightDeviceReader;
this.vJoyDevice = vJoyDevice;
this.axisInput = axisInput;
this.axisOutput = axisOutput;
this.centered = centered;
}
public Class1(
DeviceReader deviceReader,
GatewayReader gatewayReader,
DeviceConfigurationReader deviceConfigurationReader)
{
DeviceReader = deviceReader;
GatewayReader = gatewayReader;
DeviceConfigurationReader = deviceConfigurationReader;
}
public VirtualRudder(DeviceReader leftDeviceReader, DeviceReader rightDeviceReader) : base(leftDeviceReader, rightDeviceReader)
{
vJoyDevice = new VJoyRudder();
init();
addAxis((AxisName)Properties.Settings.Default.axisLeftToeAxis, AxisName.X, (AxisMethod)Properties.Settings.Default.axisLeftToeMethod, Properties.Settings.Default.axisLeftToeChange, Properties.Settings.Default.axisLeftToeCentered);
addAxis((AxisName)Properties.Settings.Default.axisRightToeAxis, AxisName.Y, (AxisMethod)Properties.Settings.Default.axisRightToeMethod, Properties.Settings.Default.axisRightToeChange, Properties.Settings.Default.axisRightToeCentered);
addAxis((AxisName)Properties.Settings.Default.axisRudderAxis, AxisName.RotationZ, (AxisMethod)Properties.Settings.Default.axisRudderMethod, Properties.Settings.Default.axisRudderChange, Properties.Settings.Default.axisRudderCentered);
}
public AxisWeightedSum(DeviceReader leftDeviceReader, DeviceReader rightDeviceReader, VJoyDevice vJoyDevice, AxisName axisInput, AxisName axisOutput, bool centered)
: base(leftDeviceReader, rightDeviceReader, vJoyDevice, axisInput, axisOutput, centered)
{
modesWeights = new byte[3];
modesWeights[0] = Properties.Settings.Default.mode1Weight;
modesWeights[1] = Properties.Settings.Default.mode2Weight;
modesWeights[2] = Properties.Settings.Default.mode3Weight;
modesButtons = new byte[3];
modesButtons[0] = Properties.Settings.Default.mode1Button;
modesButtons[1] = Properties.Settings.Default.mode2Button;
modesButtons[2] = Properties.Settings.Default.mode3Button;
}
public VirtualJoystick(DeviceReader leftDeviceReader, DeviceReader rightDeviceReader) : base(leftDeviceReader, rightDeviceReader)
{
vJoyDevice = new VJoyJoystick();
init();
addAxis((AxisName)Properties.Settings.Default.axisXAxis, AxisName.X, (AxisMethod)Properties.Settings.Default.axisXMethod, Properties.Settings.Default.axisXChange, Properties.Settings.Default.axisXCentered);
addAxis((AxisName)Properties.Settings.Default.axisYAxis, AxisName.Y, (AxisMethod)Properties.Settings.Default.axisYMethod, Properties.Settings.Default.axisYChange, Properties.Settings.Default.axisYCentered);
addAxis((AxisName)Properties.Settings.Default.axisTwistAxis, AxisName.RotationZ, (AxisMethod)Properties.Settings.Default.axisTwistMethod, Properties.Settings.Default.axisTwistChange, Properties.Settings.Default.axisTwistCentered);
addAxis((AxisName)Properties.Settings.Default.axisThrottleAxis, AxisName.Z, (AxisMethod)Properties.Settings.Default.axisThrottleMethod, Properties.Settings.Default.axisThrottleChange, Properties.Settings.Default.axisThrottleCentered);
addAxis((AxisName)Properties.Settings.Default.axisRotary1Axis, AxisName.RotationX, (AxisMethod)Properties.Settings.Default.axisRotary1Method, Properties.Settings.Default.axisRotary1Change, Properties.Settings.Default.axisRotary1Centered);
addAxis((AxisName)Properties.Settings.Default.axisRotary2Axis, AxisName.RotationY, (AxisMethod)Properties.Settings.Default.axisRotary2Method, Properties.Settings.Default.axisRotary2Change, Properties.Settings.Default.axisRotary2Centered);
addAxis((AxisName)Properties.Settings.Default.axisSliderAxis, AxisName.Slider, (AxisMethod)Properties.Settings.Default.axisSliderMethod, Properties.Settings.Default.axisSliderChange, Properties.Settings.Default.axisSliderCentered);
}
static private void Loop()
{
while (!onStop)
{
foreach (string portName in SerialPort.GetPortNames())
{
if (!DeviceReader.ActivePorts.Contains(portName))
{
DeviceReader reader = new DeviceReader(portName);
Thread thread = new Thread(new ThreadStart(reader.DeviceReaderRun));
thread.Start();
}
}
Thread.Sleep(properties.IntervalInspections * 1000);
}
}
public void print_structure_simple_test()
{
var parser = new Mock <ICommandLineParser>();
var console = new Mock <IConsole>();
var reader = new DeviceReader(console.Object);
reader.set_parser(parser.Object);
console.Setup(fun => fun.Clear());
console.Setup(fun => fun.WriteLine("Device Structure: (Any Key to continue)"));
console.Setup(fun => fun.ReadLine()).Returns("");
reader.print_structure();
console.VerifyAll();
}
private void updateMode(DeviceReader device, short side)
{
if (device.GetType() == typeof(JoystickReader))
{
for (byte i = 0; i < 3; i++)
{
if (device.getButtonState(modesButtons[i]))
{
switch (side)
{
case 1:
leftMode = i;
break;
case 2:
rightMode = i;
break;
}
break;
}
}
}
}
public AxisMaximum(DeviceReader leftDeviceReader, DeviceReader rightDeviceReader, VJoyDevice vJoyDevice, AxisName axisInput, AxisName axisOutput, bool centered)
: base(leftDeviceReader, rightDeviceReader, vJoyDevice, axisInput, axisOutput, centered)
{
}
public VirtualDevice(DeviceReader leftDeviceReader, DeviceReader rightDeviceReader)
{
axesList = new LinkedList <Axis>();
this.leftDeviceReader = leftDeviceReader;
this.rightDeviceReader = rightDeviceReader;
}
private void MainWindow_Loaded(object sender, RoutedEventArgs e)
{
_reader = new DeviceReader();
_reader.Start("COM3", 9600, BatchSize);
_reader.OnLineRead += (r, ir, g, m, dt) =>
{
if (ChartValuesIR.Count > BatchSize)
{
ChartValuesIR.RemoveAt(0);
ChartValuesRed.RemoveAt(0);
ChartValuesHeart.RemoveAt(0);
}
ChartValuesRed.Add(new MeasureModel
{
Time = dt,
Value = r, //r.Next(-8, 10)
});
ChartValuesIR.Add(new MeasureModel
{
Time = dt,
Value = ir, //r.Next(-8, 10)
});
ChartValuesHeart.Add(new MeasureModel
{
Time = dt,
Value = g,
});
Bpm.Add(new MeasureModel
{
Value = m,
Time = dt,
});
if (Bpm.Count > 500)
{
Bpm.RemoveAt(0);
}
SetAxisLimits(dt);
};
_reader.OnEveryLine += (r, ir, g, m, t) =>
{
};
_reader.OnBatchCompleted += (r, ir, g, m) =>
{
//SignalProcessor.Mean(ref r, ref ir);
//SignalProcessor.LineLeveling(ref ir, ref r);
SignalProcessor.Mean(ref g);
SignalProcessor.LineLeveling(ref g);
List <MeasureModel> smoothed = null;
double myBpm = SignalProcessor.ComputeBpm(g, out smoothed);
double spo2 = 0, bpm = 0, xyRatio = 0;
if (Interop.Compute(ir.Select(n => n.Value).ToArray(), r.Select(n => n.Value).ToArray(), ref spo2, ref bpm, ref xyRatio) && myBpm > 0)
{
Dispatcher.Invoke(() =>
{
SpO2Label.Content = $"SPO2: {(int)Math.Round(spo2)}, BPM: {(int)Math.Round(myBpm)}, Ratio: {xyRatio}";
});
//Spo2.Add(new MeasureModel
//{
// Value = spo2,
// Time = m.Last().Time,
//});
//Bpm.Add(new MeasureModel
//{
// Value = myBpm,
// Time = r.Last().Time,
//});
if (Spo2.Count > 2000)
{
Spo2.RemoveAt(0);
Bpm.RemoveAt(0);
}
}
return;
};
}
public AxisChange(DeviceReader leftDeviceReader, DeviceReader rightDeviceReader, VJoyDevice vJoyDevice, AxisName axisInput, AxisName axisOutput, bool centered, byte change)
: base(leftDeviceReader, rightDeviceReader, vJoyDevice, axisInput, axisOutput, centered)
{
this.change = change;
this.changeInterval = Properties.Settings.Default.changeInterval;
}
